LAMPIRAN
Lampiran 1. Kuesioner Penelitian Kuesioner terdiri atas dua bagian: bagian A berisi data unit usaha dan responden serta bagian B berisi pertanyaan-pertanyaan tentang strategi komunikasi yang dilakukan pada unit usaha yang bersangkutan. Mohon kuesioner ini diisi langsung oleh pimpinan unit usaha yang bersangkutan.
Petunjuk pengisian : Bagian A Isilah titik-titik yang tersedia. Bagian B. Pada setiap soal terdapat 5 pilihan jawaban. Kelima pilihan jawaban tersebut mempunyai interval nilai yang sama, dengan angka 1 untuk pilihan jawaban paling negatif dan 5 untuk jawaban paling positif. Berilah tanda silang (X) pada pilihan jawaban yang anda anggap paling benar. Pemilihan jawaban didasarkan pada penilaian anda terhadap atasan anda langsung, baik manager PO maupun manager pada PT Jawa Pos Group.
Contoh interval kelima pili han jawaban : Interval Nilai
%
1
2
tidak sesuai agak sesuai
0%
25%
3
4
5
sedang
lebih sesuai
sesua1
50%
75%
100%
A.
ldentifikasi Unit Usaha
1.
Nama unit usaha : ................................................................. .
2.
Jenis unit usaha: a.
Radar (khusus untuk PT Radar Timur) ................................... ..
b.
Surat kabar harian ........................................................... ..
c.
Tabloid ......................................................................... .
d.
Majalah ........................................................................ .
e.
Lain-lain (isilah sesuai unit usaha anda) ................................... .
J
3.
Tahun berdiri unit usaha: .......................................................... .
4.
Alamat: .............................................................................. .
5.
Nom or Telefon : .................................................................... .
Ql
l
Lampiran 1
92
6.
E-mail: .............................................................................. .
7.
Nama manajer penanggungjawab unit usaha: ................................ .
8.
Pertumbuhan penjualan media cetak selama tahun 2002 : ................... %
9.
Pertumbuhan penjualan iklan selama tahun 2002: ............................ %
B.
Keefektifan Komunikasi dari Atasan kepada Tim Manajemen Unit Usaha
I.
Ketepatan (accuracy)
1.
Apakah informasi dari atasan sebagaimana data atau fakta yang sebenamya . d"~ terJa 1:. Tidak sesuai
2.
1
2
4
5
sesua1.
Validitas (tingkat kebenaran) informasi yang diperoleh dari atasan terhadap kenyataan yang sebenarnya : Tidak valid
3.
1
2
_,..,
4
valid.
5
ya.
Apakah pemilihan media komunikasi oleh atasan menunJang tujuan penyampaian infonnasi, pesan atau petunjuk kerja ? _,.., 4 1 2 Tidak sesuai
5.
5
Apakah pemilihan kata-kata yang digunakan atasan dalam berkomunikasi mencerminkan kondisi yang sebenamya ? _,.., 1 2 Tidak
4.
4
5
sesua1.
Informasi yang diberikan atasan ........................ . Tidaklengkap
1
2
_,..,
5
4
lengkap.
II.
Keterpaduan (coherence)
1.
Dapatkah atasan menyampaikan infonnasi, pesan dan petunjuk kerja secara runtut atau teratur? Tidak dapat
1
2
.., .)
4
5
dapat.
Lampiran 1 2.
93
Bila atasan menyampaikan beberapa pesan pada saat yang bersamaan, apakah hubungan antara satu pesan dengan pesan lain mudah dipahami? Tidak mudah
3.
1
2
3
4
5
mudah.
Apakah cara atasan menyampaikan infonnasi, pesan atau petunjuk kerja direncanakan dengan baik ? T idak terencana
4.
1
2
4
3
5
terencana dengan baik.
Bila terdapat beberapa pesan sekaligus, apakah atasan memberikan penekanan khusus pada pesan yang perlu diutamakan? Tidak pemah
1
2
3
5
4
selalu.
III.
Kejelasan (clarity)
1.
Bagaimana infonnasi, pesan dan petunjuk kerja dari atasan dimengerti oleh bawahan? Tidakjelas
2.
1
2
3
4
5
sangat jelas.
Apakah infonnasi, pesan atau petunjuk kerja yang disampaikan atasan dapat dimengerti dengan jelas ? Tidakjelas
3.
1
2
3
4
5
jelas.
Apakah infonnasi, pesan atau petunjuk kerja yang disampaikan atasan dapat dimengerti dan dilaksanakan sesuai maksud atasan (tidak bias atau mempunyai penyimpangan arti) ? Tidak dapat
4.
1
2
3
4
5
dapat.
Secara umum, berapa kali atasan hams menyampaian infonnasi, pesan dan petunjuk kerja sebelum makna pesan tersebut benar-benar dapat dipahami? Satu kali penyampaian
1
2
3
4
5
berulang-kali.
Lampiranl
94
IV.
Kepadatan isi (conciseness)
1.
Cara atasan menyampaikan pesan, informasi atau petunjuk kerja kepada bawahan ...
2
Bertele-tele
2.
3
5
4
langsung.
Mampukah atasan menyampaikan pesan, informasi atau petunjuk kerja secara padat dalam kalimat yang pendek namun dapat dimengerti dengan mudah? Tidak mampu
3.
1
2
4
5
mampu.
Gaya atasan dalam menyampaikan pesan, informasi atau petunjuk kerja pada bawahan ....... . Tidak langsung
1
2
3
4
5
langsung pokok pennasalahan.
V.
Keramahan (courtesy)
1.
Setelah menyampaikan suatu pesan, informasi atau petunjuk kerja, apakah atasan peka terhadap reaksi non-verbal (bahasa tubuh) bawahan atas masalah tersebut ? Tidak peka
2.
1
2
4
3
5
peka.
Perhatian atasan terhadap tanggapan verbal dan tertulis yang diberikan bawahan atas pesan, infonnasi atau petunjuk kerja yang disampaikan ..... Tidak perhatian 1
"
.).
3
4
5
perhatian.
Apakah atasan peduli terhadap masukan dari bawahan? Tidak peduli
4.
2
1
2
3
4
5
peduli.
5
ada.
Penghargaan atasan terhadap masukan dari bawahan ....... . Tidak ada
1
2
3
4
Lampiran 1 5.
95
Apakah atasan meminta tanggapan dari bawahan secara khusus setiap kali menyampaikan suatu pesan ? Tidak
1
2
5
4
3
ya.
C.
Kepercayaan Terhadap Atasan
I.
Kualitas komunikasi atasan
1.
Apakah atasan menjelaskan peraturan dan kebijaksanaan perusahaan serta permasalahan yang sedang dihadapi perusahaan secara terbuka ? Tidak terbuka
2.
1
2
5
4
terbuka.
Bersediakan atasan memberikan informasi tentang perusahaan tanpa diminta oleh bawahan ? Tidak bersedia
3.
1
5
bersedia.
Bagaimana sikap atasan bila bawahan melaporkan adanya suatu masalah? Menyalahkan karyawan
II.
4
2
2
1
4
3
5 Tidak menyalahkan.
Dukungan atasan
1.
bertemu dengan atasan untuk membicarakan masalah perusahaan. Tidak mudah
2.
2
3
5 sangat mudah.
4
Bersediakan atasan mendengarkan masalah dan ide-ide bawahan? T idak bersedia
3.
1
1
2
4
3
5
bersedia.
Apakah atasan memperhatikan masalah bawahan dan mendukung solusi yang ditawarkan bawahan? T idak mendukung
4.
2
3
5
4
mendukung.
Bersediakan atasan memberikan bantuan kepada bawahan tanpa perlu diminta? Tidak bersedia
1
2
3
4
5
bersedia.
96
Lampiran 1
5.
Apakah atasan memberikan petunjuk keija secara jelas, bahkan pelatihan kerja hila diperlukan ? Tidak
6.
1
2
3
4
5
ya.
Tawaran bantuan dari atasan untuk memecahkan masalah bawahan ..... . Tidak ada
"'
2
1
4
.)
5
ada.
III.
Respek terhadap bawahan
1.
Apakah atasan mendelegasikan tugas dan tanggung-jawabnya kepada bawahan? Tidak
2.
1
2
4
3
5
ya.
Bersediakan atasan menerima dan menjalankan ide-ide bawahan dengan sepenuh hati? Tidak bersedia
3.
3
4
5 bersedia.
Apakah atasan mempercayai penilaian bawahan terhadap suatu masalah ? Tidak percaya
4.
2
1
1
2
3
4
5
Apakah atasan menghargai ide-ide bawahan dengan baik? Tidak menghargai
1
2
3
4
5
menghargai.
4
5
obyektif
4
5
obyektif
IV.
Keadilan
1.
Bagaimana obyektifitas atasan dalam menilai bawahan ? Tidak obyektif
2.
sangat percaya.
1
2
3
Apakah promosi dilakukan secara obyektif? Tidak obyektif
1
2
3
Lampiran 1 3.
97
Bersediakan atasan memberikan penghargaan kepada bawahan yang berprestasi ? Tidak bersedia
4.
1
2
4
3
5
bersedia.
Seringkah atasan memberikan puJian secara tulus terhadap basil kerja bawahan? Tidak
1
3
2
5
4
setiap kali.
V.
Dapat diramalkan
1.
Apakah atasan selalu menepati janji yang telah dibuatnya kepada bawahan ? Tidak
2.
1
'I
4
2
3
4
5
1
2
3
4
1
2
3
mampu.
1.
Bagaimana kemampuan atasan dalam hal administrasi ? Tidak mampu
1
2
5
4
Kompetensi
3
5
4
ya.
mampu.
Apakah atasan mempunyai kemampuan dalam hal teknik dan operasional? Tidak
1
2
3
4
5
ya.
Bagaimana kemampuan manajerial atasan? Tidak mampu
4.
konsisten.
5
VI.
3.
ya.
Apakah tindakan atasan dapat diramalkan sebelumnya? Tidak
2.
5
Mampukah atasan selalu menepati janji yang telah dibuatnya? Tidak mampu
4.
3
Konsistensi atasan dalam mengambil keputusan ..... Tidak konsisten 1
.).
2
1
2
3
4
5
sangat mampu.
Seberapa cepat atasan mengambil suatu keputusan yang sesuai ?
98
Lanwiranl Tidakcepat
5.
1
5
4
3
2
sangat cepat
Apakah keputusan yang diambii atasan tepat untuk mengatasi suatu masaiah? Tidak tepat
6.
I
2
3
5
4
tepat.
Kemampuan atasan dalam menyelesaikan masalah operasional dengan baik dan benar. ................. . Tidakmampu
1
5 sangat mampu.
4
3
2
D.
Komunikasi Horisontal antar Unit Usaha
I.
Hubungan pribadi antar personal
1.
Bagaimana hubungan pribadi anda terhadap rekan kerja dalam satu unit usaha? Tidak dekat
2.
2
4
3
5
sangat dekat.
Hubungan pribadi anda dengan sesama manager dalam satu PO ............. . Tidak kenai
3.
1
1
2
3
5
4
sangat baik.
Apakah anda mengenal secara pribadi semua manajer dalam unit usaha penerbitan harian dan tabloid ? . Tidak
4.
1
2
3
4
5
ya.
Pengenalan secara pribadi terhadap semua manajer pada PT Jawa Pos Group ........... . Tidak kenai
1
2
3
II.
Ketersediaan sarana komunikasi antar unit usaha
1.
Ketersediaan sarana telefon ............ . Tidakcukup
2.
1
2
3
4
5
kenai.
4
5
cukup.
Kemudahan mendapat sarana faksimiie pada unit usaha anda .......... . Tidak mudah
1
2
3
4
5
mudah.
99
Lamoiran I 3.
Apakah ketersediaan sarana telekomunikasi pada unit usaha anda cukup memadai untuk kegiatan operasional sehari-hari ? Tidak cukup
4.
1
2
3
4
5
cukup.
Apakah pada unit kerja anda terdapat akses penggunaan jaringan intranet (jaringan komputer dalam lingkungan perusahaan) untuk berkomunikasi dengan sesama manajer pada unit usaha lain ? Tidak tersedia
5.
1
2
3
4
5 tersedia.
Mudahkah penggunaan akses jaringan intranet untuk berkomunikasi dengan sesama manajer pada unit usaha lain ? Tidak mudah
l
2
3
4
5
mudah.
Lampiran 2. Uji Reliabilitas dan Validitas 1.
Karakteristik Keefektifan Komunikasi Bisnis
1.1.
Ketepatan
Bll BI2 BI3 BI4 BI5
Correlation Matrix Bil BI2 BI3
BI4
BI5
1.0000 .6451 -.0512 .6972 .5763
1.0000 .6201
1.0000
1.0000 -.1649 .7920 .7507
1.0000 -.2604 -.1111
N of Cases= 30.0 Reliability Coefficients 5 items Alpha= .6572 Standardized item alpha= .7286 Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
.772
Approx. Chi-Square df Sig.
70.731 10 .000
Anti-image Matrices
AntHmage Covariance
AntHmage Correlation
1 .462 -.029 -.113 -.154 -.074 .835" -.085 -.175 -.422 -.168
ketepatan 1 ketepatan 2 ketepatan 3 ketepatan 4 ketepatan 5 ketepatan 1 ketepatan 2 ketepatan 3 ketepatan 4 ketepatan 5
2 keteoalan3 -.029 -.113 .261 -.C12 -.012 .898 -.145 .137 -.171 -.002 -.085 -.175 .747" -.025 -.025 .517" -.527 .268 -.516 -.004
4 -.154 -.145 .137 .291 .003 -.422 -.527 .268 .748" .009
5 -.074 -.171 -.002 .003 .422 -.168 -.516 -.004 .009 .814"
a. Measures of Samping Adequacy(MSA)
Tolal Variance Explained Initial Eiaenvalues Comnnnent 1 2 3 4 5
Total
3.088 .988 .457 .303 .164
% of Variance
61.761 19.755 9.136 6.069 3.279
Cumulative % 61.761 81.517 90.652 96.721 100.000
Extraction Method: Pnnapal Component Analysis.
100
Extraction Sums of Sauared Loa
Total
Lampiran2
101
Component Matrix • Compone nt
1 ketepatan 1 ketepatan 2
.821 .916 ·.249 .901
ketepatan 3
ketepatan 4 ketepatan 5
.837
Extraction Method. Principal Component Analysis. a. 1 components extracted.
Koreksi untuk variobel ketepatan Pertanyaan 3 dikeluarkan karena tidak memenuhi uji reliabilitas dan validitas. Correlation Matrix
Bil BI2 BI4 BI5
Bil 1.0000 .6451 .6972 .5763
BI2
BI4
1.0000 .7920 .7507
1.0000 .6201
BI5
1.0000
N of Cases= 30.0 Reliability Coefficients 4 items Alpha= .8946 Standardized item alpha = .8948
Factor Analysis KMO and Bartlett's Test Kaiser-Meyer..Oikin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
Approx. Chi-Square
.789 68.742
df
6 .000
Sig.
Anti-image Matrices Anti-image Covariance
Anti-image Correlation
ketepatan 1 ketepatan 2 ketepatan 4 ketepatan 5 ketepatan 1 ketepatan 2 ketepatan 4 ketepatan 5
keteoatan 5 keteoatan 2 keteoatan 4 -.077 ·.032 ·.153 ·.171 .261 -.155 .004 ·.155 .313 .422 ·.171 .004 ·.171 .864• ·.091 ·.395 -.516 -.540 ·.091 .739" -.395 010 ·.540 .770" .812" ·.171 ·.516 .010
keteoatan 1 .476 -.032 ·.153 ·.077
a. Measures of Sampling Adequacy(MSA)
Lamoiran2
102 Total Variance Explained
Component
Initial Eigenvalues Cumulative %
Total
1 2 3 4
% of Variance
3.045 .457 .329 .168
76.133 11.427 8231 4.209
76.133 87.559 95.791 100.000
Extraction Sums of Total % of Variance
Loadings Cumulative %
76.133
76.133
3.045
Extraction Method: Pnnc1pal Component Analys~s. Component MatriX' Com pone nt
1 ketepatan 1
.832 .918 .895 .843
ketepatan 2 ketepatan 4 ketepatan 5
Extraction Method: Pnnc1pal Component Analysis. a. 1 components extracted.
1.2.
Keterpaduan Correlation Matrix
Blll B112 BII3 Bll4
Blll
Bll2
BII3
Bll4
1.0000 .7265 .5416 .6296
1.0000 .5718 .7377
1.0000 .7309
1.0000
NofCases= 30.0 Reliability Coefficients 4 items Alpha= .8806 Standardized item alpha= .8843
Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
Approx. Chi-Square df Sig.
.775
63.479 6 .000
Lampiran2
103 Anti-image Matrices keterpaduan 1
Anti-image Covariance
Anti-image Correlation
keterpaduan 1 keterpaduan 2 kelerpaduan 3 kelerpaduan 4 kelerpaduan 1
keterpaduan 2 -.193
keterpaduan3
-.193
.342
.003
uan4 -.035 -.146
-.062
.003
.455
-.202
-.035
-.146
-.202
.311
.8161 -.496
-.496 .759"
-.137 .007
-.095
-.446
-.137 -.095
.007
.790" -.537
-.537 .7481
.444
kelerpaduan 2 keterpaduan 3 kelerpaduan 4
-.446
-.062
a. Measures of Sampling Ade<;uacy(MSA)
Total Variance Explained
ComDORelll 1 2 3 4
Initial Eiaenvalues % of Variance Cumulative % 74.324 74.324 13.120 87.444 7.621 95.065 4.935 100.000
Total 2.973 .525 .305 .197
Extraction Sums of Saual ed Loadinos %ofVwianoe Cumulative % Total 2.973 74.324 74.324
Extraction Method: PnllCipal Component Analysis.
Component Matrix" Com pone nt 1 keterpaduan 1
.839
keterpaduan 2
.884
keterpaduan 3
.821
keterpaduan 4
.902
Extraction Method: Pme~pal Component Analysis. a. 1 components extracted.
1.3.
Kejelasan Correlation Matrix
BIIII BIII2 BIIB Blll4
BIIII
BIII2
BIII3
1.0000 .7442 .6220 .3146
I.OOQO .7610 .4489
1.0000 .2171
Bill4
1.0000
30.0 N of Cases= Reliability Coefficients 4 items Alpha = .7236 Standardized item alpha = .8113
Lampiran 2
104
Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy.
.697
Approx. Chi-Square df
Bartlett's Test of Sphericity
52.637 6
Sig.
.000 Anti-image Matrices keielasan 1
Anti-image Covariance
kejelasan 1 kejelasan 2 kejelasan 3 kejelasan 4
Anti-image Correlation
keielasan 2
.439 -.165 -.052 .003 .801 8 -.492 -.124 .005
kejelasan 1 kejelasan 2 kejelasan 3 kejelasan 4
keielasan 3
-.165 .255 -.189 -.173 -.492 .64Q8
-.596 -.392
keielasan 4
-.052 -.189 .395 .117 -.124 -.596 .7098 .213
.003 -.173 .117 .762 .005 -.392 .213 .6368
a. Measures of Sampling Adequacy(MSA) Total Variance Explained
Component
1 2 3
Total
Initial Eigenvalues
Extraction Sums of Squared Loadings
% of Variance
Cumulative %
Total
65.535 20.849 9.287 4.329
65.535 86.384 95.671 100.000
2.621 .834 .371 .173
4
2.621
% of Variance
Cumulative %
65.535
65.535
Extraction Method: Pnnc1pal Component AnalysiS.
Component Matrix" Compone nt
1 kejelasan 1 kejelasan 2 kejelasan 3 kejelasan 4
.859 .939 .843 .540
Extraction Method: Principal Component Analysis. a. 1 components extracted.
Koreksi untuk Variobel Kejelasan Pertanyaan 4 dikeluarkan dari variabel kejelasan karena tidak sesuru dengan reliabilitas dan validitas
UJl
Lampiran2
105 Correlation Matrix
BIIII BIII2 BIID
Bill I
BIII2
BIID
1.0000 .7442 .6220
1.0000 .7610
1.0000
N of Cases= 30.0 Reliability Coefficients 3 items Alpha = .8796 Standardized item alpha= .8797 Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
.708
Approx. Chi-Square df Sig.
45.894
3 .000
Anti-image Matrices Anti-image Covariance
kejelasan 1
keielasan 1 .439
kejelasan 2 kejelasan 3 Anti-image Correlation
keielasan2 -.194
keielasan 3 -.055
-.194
.301
-.201
-.055
-.201
.414
-.533
-.128
kejelasan 1
.75tJi
kejelasan2
-.533
kejelasan 3
-.128
.650" -.570
-.570
.739"
a. Measures of Sampling Adequacy(MSA) Total Variance Explained
Comoonent 1 2
Total 2.420
3
.378 202
Initial Eioenvalues
Extraction Sums of Souared Loadinas
% of Variance 80.665 12.615 6.720
Total 2.420
Cumulative% 80.665 93280 100.000
Extraction Method: Pnne~pal Component Analysis. Component Matrix • Com pone
nt 1 kejelasan 1
.876
kejelasan 2
.933
kejelasan 3 Extraction Method:
.884 Pnne~pal
Component Analysis.
a. 1 components extracted.
% of Variance 80.665
Cumulative "' 80.665
Lampiran 2
1.4.
106
Kepadatan lsi
Correlation Matrix
BIVl BIV2 BIV3
BIV1
BIV2
BIV3
1.0000 .7341 .6850
1.0000 .7341
1.0000
N of Cases= 30.0 Reliability Coefficients 3 items Alpha= .8842 Standardized item alpha= .8841 Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
.742
Approx. Chi.Square
44.934 3
df Sig.
.000 Anti-image Matrices
Anti-image Covariance
Anti-image Correlation
kepadatan isi 1
kepadatan isi 1 .415
kepadatan isi2 -.181
kepadatan isi 3 -.131 -.181
kepadatan isi 2
-.181
.360
kepadatan isi 3
-.131
-.181
.415
-.467
-.317
kepadatan isi 1
.760"
kepadatanisi2
-.467
kepadatan isi 3
-.317
.712" -.467
-.467 .760"
a. Measures of Sampling Adequacy(MSA) Total Variance Explained
Comoonent 1
2 3
Total 2.436 .315 .249
Initial Eigenvalues % of Variance Cumulative % 81.190 81.190 10.499 91.689 8.311 100.000
Extraction Method: Principal Component Analysis.
Extraction Sums of SQuared Loadings Total % of Variance Cumulative % 2.436 81.190 81.190
Lampiranl
107
Component Matrix • Com pone nt
1 kepadatan isi 1 kepadatan isi 2
.894
kepadatan isi 3
.894
.914
Extraction Method. Pnnc1pal Component Analysis. a. 1 components extracted.
1.5.
Keramaban Correlation Matrix
BVl BV2 BV3 BV4 BV5
BV1
BV2
BV3
BV4
BV5
1.0000 .8872 .7108 .6676 .5935
1.0000 .8602 .6854 .7285
1.0000 .8179 .7736
1.0000 .8454
1.0000
N of Cases= 30.0 Reliability Coefficients 5 items Alpha= .9382 Standardized item alpha= .9397
Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. BarUett's Test of
Sphericity
Approx. Chi-Square df Sig.
.620 155.914 10 .000 Anti-image lllalrices
Anti~mage
Covariance
Anti-image Correlation
keramahan 1 keramahan2 keramahan 3 keramahan4 keramahan 5 keramahan 1 keramahan2 keramahan 3 keramahan4 keramahan 5
keramahan4 keramahan 1 keramahan2 keramahan 3 keramahan5 -.080 -.079 .133 .061 .073 -.080 .057 -.059 .067 -.066 .061 -.066 .126 -.083 .035 -.079 .057 .138 -.115 -.083 -.115 .193 .073 -.059 .035 -.580 .585° -.847 .457 .472 .587 -.522 -.847 .577• -.723 .472 -.723 -.629 .224 .678° -.580 .587 .594° -.706 -.629 -.706 .681° .457 -.522 .224
a. Measures of Sampling Adequacy(MSA)
..
Lampiran2
108
Total Variance Explained
Component
Total
1 2 3 4 5
Initial Ei!lenvalues
Extraction Sums of SQuared Loadinas
% of Variance
Cumulative %
Total
80.636 10.771 4.285 3.652 .656
80.636 91.407 95.692 99.344 100.000
4.032 .539 .214 .183 .033
4.032
Extraction Method: Principal Component Analysis. Component Matrix • Com pone nt 1 keramahan 1 keramahan 2 keramahan 3 keramahan 4 keramahan 5
.858 .928 .930
.894 .878
Extractoon Method: PrinCipal Component Analysis. a. 1 components extracted.
2.
Karakteristik Kepercayaan Terhadap Atasan
2.1.
Kualitas Komunikasi Atasan Correlation Matrix
en en CI2 CI3
1.0000 .4235 .6495
CI2
CI3
1.0000 .3017
1.0000
30.0 N of Cases= Reliability Coefficients 3 items Alpha= .7155 Standardized item alpha= .7173
% of Variance
Cumulative %
80.636
80.636
Lampiran2
109
Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy.
Bartlett's Test of Sphericity
.598
Approx. Chi-Square df Sig.
20.296 3 .000
Anti-image Matrices Anti-image Covariance
komunikasi 1 komunikasi 2 komunikasi 3 komunikasi 1 komunikasi 2 komunikasi 3
Anti-image Correlation
komunikasi 1 .521 -.205 -.331
.5658
komunikasi 2 -.205 .819 -.027 -.314
komunikasi 3 -.331 -.027 .577
-.604
.730" -.039
-.314
-.604
-.039
.583"
a. Measures of Sampling Adequacy(MSA)
Total Variance Explained Initial Eiaenvalues Comoonent i
64.427 24.421 11.152
1.Sa3 .733 .335
-;
2 3
Extraction Sums of Squared Loadings
% of Variance Cumulative %
Total
64.427 88.848
100.000
Extraction Method: Principal Component Analysis.
Component Matrix a Compone nt 1 komunikasi 1
.886
komunikasi 2 komunikasi 3
.672 .834
Extraction Method: Principal Component Analysis. a. 1 components extracted.
Total
1.933
% of Variance Cumulative %
64.427
64.427
llO
Lamoiran2 2.2.
Dukungan Atasan Correlation Matrix CIII
CIII CII2 CII3 CII4 CII5 CII6
1.0000 .2118 .0988 .0000 .0801 -.1705
CII2
CII3
CII4
1.0000 .5647 .1890 .3146 .2588
1.0000 .5603 .3863 .5115
1.0000 .3783 .4564
CII6
CII5
1.0000 .4835
1.0000
30.0 N of Cases= Reliability Coefficients 6 items Alpha = .7079 Standardized item alpha= .7084 Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
.678
Approx. Chi-Square df
43.006 15 .000
Sig.
Anti~mage
Anti-image Covariance
Anti-image Correlation
Matrices
dukungan2 -.121
dukungan2
dukungan 1 .877 -.121
dukungan 3
-.046
dukungan4
-.005
dukungan 5 dukungan6
-.099
dukungan 1
dukungan 1
dukungan3
dukungan4
dukungan 5
-.005
-.099
.618
-.046 -.262
.126
-.103
.006
-.262
.426
-.226
.007
-.141
.126 -.103
-.226
.607 -.110
-.110
.007
-.092 -.220
.199
.006
-.141
-.092
-.220
.571
.414°
-.164
-.075
-.007
-.127
.281
dukungan2
-.164
dukungan 3
-.075
.6158 -.510
-.510
.659"
.690
.206
-.158
.009
-.444
.014
-.285 -.157 -.351
dukungan4
-.007
.206
-.444
-.127
-.158
.014
.705" -.169
-.169
dukungan 5 dukungan 6
.281
.009
-.285
-.157
-.351
a. Measures of Sampling Adequacy(MSA)
dukungan6 .199
.766"
.722"
111
Lampiran 2 Total Variance Explained Initial Eioenvalues
Extraction Sums of SQuared Loadin!ls
Total 2.669
% of Variance 44.487
Cumulative % 44.487
Total 2.669
2
1.202
20.030
64.517
1.202
3
.737
12.291
76.808
4
.681
11.348
88.156
5
.434
7.240
95.396
6
.276
4.804
100.000
Comoonent 1
% of Variance 44.487 20.030
Cumulative % 44.487 64.517
Extractron Method: Princrpal Component Analysis. Component Matrix • Comconent 2
1 dukungan 1 dukungan 2 dukungan 3 dukungan 4 dukungan 5 dukungan 6
.087 .625 .847 .717 .696 .745
.874 .475 .112 -.206 -.035 -.396
Extractton Method: Pnnctpal Component Analysis. a. 2 components extracted.
Koreksi untuk Variabel Dukungan Atasan
Pertanyaan 1 dike1uarkan dari variabe1 karena tidak memenuhi validitas.
Correlation Matrix CII2 CII2 CII3 CII4
errs CII6
1.0000 .5647 .1890 .3146 .2S88
CII3
CII4
errs
1.0000 .5603 .3863 .S11S
1.0000 .3783 .4S64
1.0000 .483S
CII6
1.0000
N of Cases= 30.0 Reliability Coefficients S items Standardized item alpha = .7768 Alpha= .772S
UJI
re1iabi1itas dan
Lampiran2
112
Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-OIItin Measure of Sampling Adequacy.
.695
Approx. Chi-Square
Bartlett's Test of Sphericity
40.083
df
10
Sig.
.000 Anti-image Matrices
2 dukungan3 tlukt""""' 4 .636 -277 .129 -277 -227 .428 -227 .607 .129 -.112 -.122 .002 -.099 -.142 .037 .207 -.531 .590" -.531 -.446 .652" .207 -.446 .702" -.182 -.171 .004 -.276 -.162 .058
tlulcunnan
Anti-image Covariance
Anti-image Correlation
dula.ngan2 dula.ngan3 dula.ngan4 dulumgan 5 dulumgan6 dulumgan2 dula.ngan3 dula.ngan 4 dula.ngan5 dulwngan6
a. Measures of Sampling Adequacy(MSA)
Total Variance Explained.
2 3 4 5
.878 .682 .498 .277
17.566
70.858
13.633
84.491
9.964 5.545
100.000
94.455
Extraction Method: Principal Component Analysis. Component Matrix • Compone nt
1 dukungan 2 dukungan 3 dukungan 4 dukungan 5 dukungan 6
.617 .845 .719 .695 .755
Extract1on Method: Pnnc1pal Component Analysis. a. 1 components extracted.
.......
n5 -.122 .002 -.112 .702 -.219 -.182
.004 -.171 .7848 -.331
n6 .037 -.142 -.099 -219 .620 .058 -.276 -.162 -.331 .781 8
Lampiran 2
2.3.
113
Penghargaan terhadap Bawahan
Correlation Matrix
CIIII CIII2 CIII3 Cill4
CIIIl
CIII2
Cill3
Cill4
1.0000 .6927 .4835 .6709
1.0000 .7095 .5133
1.0000 .6646
1.0000
N of Cases= 30.0 Reliability Coefficients 4 items Alpha = .8640 Standardized item alpha = .8683
Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy.
.578
Approx. Chi-Square
Bartlett's Test of Sphericity
63.912
df
6
Sig.
.000 Anti-image Matrices
Anti-image Covariance
Anti-image Correlation
respek 1 respek2 respek3
resoek 1 .335 -.198 .119
resoek2 -.198
resoek3 .119
.302 -202
-202
.106
.326
-.200
.106
-200 .360
-.596
-.643 .570 8 -.587
.321 -.587 .5908
respek4 respek 1
-.206
respek2 respek 3 respek4
-.622 .360
.579 8 -.643
-.596
.321
.5728
-.622
resoek4
-.206
.358
a. Measures of Sampling Adequacy(MSA) Total Variance Explained
Component 1
Total 2.868
Initial Eiaenvalues
Extraction Sums of SQuared Loadings
% of Variance
Total 2.868
71.689
cumulative % 71.689 84.699
2
.520
13.011
3
.484
12.104
96.804
4
.128
3.196
100.000
Extraction Method: Pnnc1pal Component AnalySIS.
% of Variance 71.689
Cumulative % 71.689
Lamoiran 2
ll4
Component Matrix • Compone nt 1
.840
respek 1 respek2 respek3
.863 .844 .839
respek 4
Extraction Method: PnllCipal Component Analysis. a. 1 components extracted.
2.4.
Keadilan Correlation Matrix
CIVl CIV2 CIV3 CIV4
CIVl
CIV2
CIV3
CIV4
1.0000 .8245 .6287 .2800
1.0000 .6112 .2662
1.0000 .2254
1.0000
30.0 N of Cases= Reliability Coefficients 4 items Alpha= .7517 Standardized item alpha = .7819
Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
.723
Approx. Chi-Square df
47.654
6
Sig.
.000 Anti-image Matrices
Anti-image Covariance
keadilan 1 keadilan 2 keadilan 3
Anti-image Correlation
keadilan 1 .293 -.211 -.112
keadilan 2 -211 .305 -.087
keadilan 3 -.112 -.087
keadilan 4 kea
-.048 .665"
keadilan2 keadilan 3
-.706
-.028 -.706 .6748 I .
-.272
-208
keadilan 4
-.092
-.052
a. Measures of Sampling Adequacy(MSA)
.576 -.039 -.272 -.208
.872" -.054
keadilan4
-.048 -.028 -.039 .915
-.092 -.052 -.054 .934•
Lampiran2
115
Total Variance Explained
Component
Initial Eigenvalues % of Variance Cumulative %
Total
1 2 3 4
2.513 .869 .443 .175
62.828 21.717 11.080 4.375
62.828 84.545 95.625 100.000
Extraction Sums of Souared Loadinas % of Variance Cumulative % Total
2.513
62.828
62.828
Extract1on Method: Prinapal Component AnalysiS. Component Matrix• Com pone
nt 1 keadilan 1 keadilan 2
.913
keadilan 3
.812
keadilan 4
.449
.905
Extraction Method: Pnnctpal Component Analysis. a. 1 components extracted.
Koreksi untuk Variabel Keadilan Pertanyaan 4 dikeluarkan dari variabel keadilan karena tidak memenubi uji reliabilitas dan validitas
Correlation Matrix
CIVl CIV2 CIV3
CIVl
CIV2
CIV3
1.0000 .8245 .6287
1.0000 .6112
1.0000
N of Cases= 30.0 Reliability Coefficients 3 items Standardized item alpha = .8688 Alpha = .8690 Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
Approx. Chi-Square df Sig.
.696 45.835 3 .000
Lampiran2
116 Anti-image Matrices
Anti-image Covariance
keadilan 1
Anti-image Correlation
keadilan 2 keadilan 3 keadilan 1
keadilan 1 .295 -.215 -.115
keadilan2 -.215 .306
.646"
keadilan2
-.715
keadilan 3
-.279
-.089
keadilan3 -.115 -.089 .578
-.715
-.279
.655" -.211
-.211
.863"
a. Measures of Sampling Adequacy(MSA) Total Variance Explained
Component 1 2 3
Total 2.381
.444 .175
Initial Eigenvalues % of Variance Cumulative % 79.370 79.370 14.793 94.163 5.837 100.000
Extraction Sums of SQuared Loadings Total % of Variance Cumulative % 79.370 79.370 2.381
Extraction Method: Pnnapal Component Analysis. Component Matrix" Com pone nt
1 keadilan 1 keadilan2
.924 .918
keadilan 3
.827
Extract1on Method: Pnnc1pal Component Analysis. a. 1 components extracted.
2.5.
Dapat Diramalkan Correlation Matrix CVl
CVl CV2 CV3 CV4
1.0000 .3883 .4918 .0433
CV2
CV3
CV4
1.0000 .0913
1.0000
1.0000 .5676
-.4200
N of Cases= 30.0 Reliability Coefficients 4 items Alpha= .4584 Standardized item alpha= .4901
ll7
Lampiran2 Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy.
.486
Approx. Chi-Square df Sig.
Bartlett's Test of Sphericity
29.820
6 .000 Anti.fmage Matrices
Anti-image Covariance
Anti-image Correlation
dapat diramalkan 1 .732 -.105 -.173 -.074 .756" -.185 -286 -.106
dapat diramalkan 1 dapat diramalkan 2 dapat diramalkan 3 dapat diramalkan 4 dapat diramalkan 1 dapat diramalkan 2 dapat diramalkan 3 dapat diramalkan 4
dapat diramalkan 2 -.105 .438 -271 .312 -.185 .479" -.579 .582
dapat diramalkan 3 -.173 -271 .501 -224 -286 -.579
.502" -.390
dapat diramalkan 4 -.074 .312 -224 .656 -.106
.582 -.390 271 8
a. Measures of Sampling Adequacy(MSA) Total Variance Explained
ComPOnent 1
Total 1.998
Initial Eigenvalues % of Variance Cumulative % 49.962 49.962
2
1.201
30.027
3
.552
13.802
93.791
4
248
6.209
100.000
79.989
Extraction Sums of Squared Loadinas Total 1.998 1.201
% of Variance 49.962 30.027
Cumulative % 49.962 79.989
Extraction Method: Prinapal Component Analysis. Component Matrix" Comconent 1 dapat diramalkan 1 dapat diramalkan 2
2 .726
dapat diramalkan 3
.856 .821
dapat diramalkan 4
-.253
.350 -.336 .327 .927
Extraction Method: Pnnapal Component Analysis. a. 2 components extracted.
Koreksi untuk Variabel Dauat Diramalkan Pertanyaan 4 dikeluarkan dari variabel dapat diramalkan karena tidak memenuhi uji reliabilitas dan validitas.
Lampiran 2
118
Correlation Matrix CVl 1.0000 .3883 .4918
CVl CV2 CV3
CV2
CV3
1.0000 .5676
1.0000
30.0 N of Cases= Reliability Coefficients 3 items Alpha= .7376 Standardized item alpha= .7367 Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. Approx. Chi-Square df Sig.
Bartlett's Test of Sphericity
.658 18.725
3 .000
Anti-image Matrices
dapat dirarnalkan 1
Anti-image Covariance
dapat diramalkan 2 dapat diramalkan 3 Anti-image Correlation
dapat diramalkan 1 .741 -.107 -.237
dapat diramalkan 1
.722!'
dapat diramalkan 2
-.152
dapat diramalkan 3
-.358
dapat diramalkan 2 -.107 .662 -.294
dapat diramalkan 3 -237 -.294 .591
-.152
.660" -.469
-.358 -.469 .618"
a. Measures of Sampling Adequacy(MSA) Total Variance Explained
Component 1
2 3
Initial Eigenvalues % of Variance CumUative% 65.628 65.628 20.663 86.291
Total 1.969 .620 .411
Extraction Method:
13.709
Pnne~pal
Component Analysis.
Component Matrix a
dapat diramalkan 1 dapat diramalkan 2 dapat diramalkan 3
Compone nt 1 .760 .808 .859
Extraction Method: P1111C1Pal Component Analysis. a. 1 components extracted.
100.000
Extraction Sums of Total %of Variance 65.628 1.969
II rudnn.o
Cumulative % 65.628
Lampiran 2
2.6.
119
Kompetensi Atasan Correlation Matrix
cvn CVI2 CVI3 CVI4 CVI5 CVI6
CVIl
CVI2
CVI3
CVI4
CVI5
1.0000 .6252 .5095 .2608 .4364 .1352
1.0000 .8204 .6937 .5061 .4795
1.0000 .6937 .5745 .3596
1.0000 .6768 .4822
1.0000 .2739
CVI6
1.0000
NofCases= 30.0 Reliability Coefficients 6 items Alpha = .8541 Standardized item alpha= .8580
Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-OIItin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
Approx. Chi-Square
df Sig.
.709 96.528 15 .000
Anti-image Matrices Anti-image Covarianc. kompetensi 1 kompetensi 2 kompetensi 3 kompetensi 4 kompetensi 5 kompetensi 6 Anti-image Correlatior kompetensi 1 kompetensi 2 kompetensi 3 kompetensi 4 kompetensi 5 kompetensi 6
kompetensi 1 kompetensi 2 kompetensi 3 kompetensi 4 kompetensi 5 kompetensi 6 .444 .004 .085 -.163 .152 -.177 -.163 -.091 -.109 .187 -.126 .078 .004 .058 -.126 -.047 .280 -.062 .275 -.195 -.076 .152 -.091 -.047 -.195 -.177 -.062 .430 .002 .078 .085 -.109 -.076 .002 .690 .058 -.565 .435 -.405 .154 .571° .010 -.302 -.565 .681 8 -.551 -.402 .274 .010 -.170 -.178 .133 .831° -.551 .435 -.175 -.402 -.170 .702" -.566 -.405 .274 -.178 -.566 .689" .003 -.302 -.175 .003 .154 .133 .808°
a. Measures of Sampling Adequacy(MSA)
Lampiran 2
120 Total Variance Explained
Initial Eigenvalues Component
1 2 3 4 5 6
Total
Extraction Sums of Squared Loadings
% of Variance
Cumulative %
59.926 15.710 11.345 7.669 3.426 1.904
59.926 75.636 86.981 94.669 98.096 100.000
3.596 .943 .681 .461 .206 .114
Total
3.596
%of Variance
Cumulative %
59.926
59.926
Extract1on Method: Pnnapal Component AnalysiS. Component Matrix • Com pone nt 1 kompetensi 1
.633
kompetensi 2 kompetensi 3 kompetensi 4 kompetensi 5 kompetensi 6
.907
.881 .843 .757
.559
Extraction Method: Pnncopal Component Analysis. a. 1 components extracted.
Koreksi untuk Variabel Kompetensi Atasan Pertanyaan 6 dikeluark.an dari variabel kompetensi atasan karena tidak mernenuhi uji reliabilitas dan validitas.
Correlation Matrix
cvn CVI2 CVI3 CVI4 CVI5
CVIl
CVI2
CVI3
CVI4
CVI5
1.0000 .6252 .5095 .2608 .4364
1.0000 .8204 .6937 .5061
1.0000 .6937 .5745
1.0000 .6768
1.0000
30.0 N ofCases= Reliability Coefficients 5 items Alpha= .8711 Standardized item alpha = .8734
Lampiran2
121
Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy.
.680
Approx. Chi-Square df Sig.
Bartlett's Test of Sphericity
!!7.928
10 .000
Anti-image Matrices AntHmage Covariance
kompelensi 1
AntHmage Correlation
kompetensi 2 kompetensi 3 kompetensi 4 kompetensi 5 kompetensi 1
kompetensi 1 .455 -.168
kompetensi 2 -.168
kompetensi 3
.206
-.131
-.004
-.131 -.117
.285 -.043
.088
-.063
-.550
-.010 -.541
.170 -.181
.566"
kompetensi 2 kompetensi 3
-.550
kompetensi 4
.475 -.410
-.010
kompetensi 5
-.004
.684•
.834"
-.541 -.485
-.150
.288
-.180
kompetensi 4 .170
kompetensi 5 -.181
.088
-.117 -.043
-.063 -.201 .430 -.410
.283 -.201 .475 -.485
288
-.150
.647" -.574
-.180 -.574
.668"
a. Measures of Sampling Adequacy(MSA)
Total Variance Explained
Component
1 2 3
Initial Eigenvalues
Extraction SUms of Squared Loadings
% of Variance
Cumulative %
Total
66.998 15.727 10.477 4.424 2.373
66.998 82.725 93.202 97.627
Total
3.350 .786 .524 .221 .119
4
5
Extraction Method: Princ1pal Component Analysis.
Component Matrix • Compone nt
1 kompetensi 1
.670
kompetensi 2
.902
kompetensi 3
.894 .828 .776
kompetensi 4 kompetensi 5
Extraction Method: Pme~pal Component Analysis. a. 1 components extracted.
100.000
3.350
%of Variance
Cumulative %
e6.998
66.998
Lampiran 2
122
3.
Karakteristik Komunikasi Horisontal
3.1.
Hubungan Pribadi Antar Personel Correlation Matrix
Dll Dll DI2 DI3 DI4
1.0000 .5358 .3538 .4097
DI2
DB
DI4
1.0000 .5660 .6719
1.0000 .7956
1.0000
N of Cases= 30.0 Reliability Coefficients 4 items Alpha= .8267 Standardized item alpha= .8333
Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
.721
Approx. Chi-Square df Sig.
52.416
6 .000 Anti-image Matrices
Anti-image Covariance pengenalan pribadi 1 pengenalan pribadi 2 pengenalan pribadi 3 pengenalan pribadi 4 Anti-image Correlation pengenalan pribadi 1 pengenalan pribadi 2 pengenalan pribadi 3 pengenalan pribadi 4
pengenalan oribadi1 .708
pengenalan oribadi 2 -.220
pengenalan oribadi 3 -.013
.466
-.023 .365
-.220 -.013 -.019 .7958
-.023 -.146 -.384
-.222
.776"
-.384 -.025 -.041
-.055 -.394
pengenalan Dribadi4 -.019 -.146
-.222
-.025 -.055
.294 -.041 -.394
.699" -.678
-.678 .670"
a. Measures of Sampling Adequacy(MSA) Total Variance Explained Initial Eiaenvalues
Extraction Sums of SQuared Loadings
Total 2.690
% of Variance 67.261
Cumulative % 67.261
Total 2.690
2
.744
3
.378
18.600 9.459
95.319
4
.187
4.681
100.000
Component 1
Extraction Method: Principal component Analysis.
85.861
% of Variance 67.261
Cumulative % 67.261
Lampiran2
123
Component Matrix 8 Com pone nt
1 pengenalan pribadi 1 pengenalan pribadi 2
.665 .851 .847 .898
pengenalan pribadi 3 pengenalan pribadi 4
Extraction Method: Principal Component Analysis. a. 1 components extracted.
3.2.
Ketersediaan Sarana Infrastruktur Correlation Matrix DIII
DIII DII2 DII3 DII4 DII5
1.0000 .8831
.7569 .0801 .4954
DII2
DID
1.0000 .6746 .0379 .5544
1.0000 -.0927
.6256
DII5
DII4
1.0000 .1458
1.0000
N of Cases= 30.0 Reliability Coefficients 5 items Alpha= .5342 Standardized item alpha= .7809
Factor Analysis KMO and Bartlett"s Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
Approx. Chi-Square
df Sig.
.621
82.788 10 .000
Lampiran 2
124 Anti-Image Matrices
Anti-image Covariance
sarana infrastruktur 3
sarana infrastruktur 1 .153 -.136 -.117
sarana infrastruktur 4
-.096
.065
sarana infrastruktur 5 sarana infrastruktur 1 sarana infrastruktur 2
.077
-.106 -.789
sarana infrastruktur 1 sarana infrastruktur 2
Anti-image Correlation
sarana infrastruktur 2 -.136 .194 .041
sarana infrastruktur 3 -.117 .041 .299
sarana infrastruktur 4 -.096
.173 -.197
.853 -.193 -.265
-.265
.161
-.547 .170 .669" .344
.279
-.340
-.510
.600" -.789 -.547
sarana infrastruktur 3 sarana infrastruktur 4 sarana infrastruktur 5
.661" .170
.065 .173
saran a infrastruktur 5 .077 -.106 -.197
.161 .344 .111" -.296
-.193 .501 .279 -.340 -.510 -.296 .641"
a. Measures of Sampling Adequacy(MSA)
Total Variance Explained
Component
1 2 3 4 5
Total
Initial Eioenvalues %of Variance Cumulative%
60.248 20.830 11.524 5.686 1.711
3.012 1.042 .576 .284 .086
60.248 81.078 92.603 98.289 100.000
Extraction Sums of SQuared Loadinos Total %of Variance Cumulative%
3.012 1.042
60.248 20.830
60.248 81.078
Extraction Method: Principal Component Analysis. Component Matrix a Com~
anent
1
2
sarana infrastruktur 1
.917
-.009
saran a infrastruktur 2
.907
-.027
saran a infrastruktur 3
.880
-.188
saran a infrastruktur 4
.068
.988
sarana infrastruktur 5
.754
.174
Extraction Method: Principal Component Analysis. a. 2 components extracted.
Koreksi untuk Variabel Ketersediaan Sarana Komunikasi Pertanyaan 4 dikeluarkan dari variabel ketersediaan sarana komunikasi karena tidak memenuhi uji reliabilitas dan validitas. Correlation Matrix
Dill A DII1A DII2A DII3A Dll5A
1.0000 .8831 .7569 .4954
DII2A
DII3A
1.0000 .6746 .5544
1.0000 .6256
DII5A
1.0000
Lampiran 2
125
N of Cases= 30.0 Reliability Coefficients 4 items Alpha= .8891 Standardized item alpha= .8881 Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy.
.690
Approx. Chi-Square
Bartlett's Test of Sphericity
79.547
df
6
Sig.
.000
Anti-image Matrices saran a infrastrulctur 2 -.142
saran a infrastrulctur 3 -.119
saran a infrastrulctur 5 .065
Anti-image Covariance sarana infrastrulctur 1
saran a infrastrulctur 1 .164
sarana infrastrulctur 2
-.142
.199
.032
-.102
sarana infrastrulctur 3
-.119
.032
.338
-.196
sarana infrastrulctur 5
.065
-.102
-.196
.549
sarana infrastrulctur 1
.6363
-.784
-.504
.218
Anti-image Correlation
sarana infrastrulctur 2
-.784
.6803
.124
-.310
sarana infrastrulctur 3
-.504
.124
.7493
-.455
sarana infrastrulctur 5
.218
I
-.310
-.455
.72ga
a. Measures of Sampling Adequacy(MSA)
Total Variance Explained Extraction Sums of SQuared Loadings
Initial Eioenvalues
1
Total 3.009
% of Variance 75.234
Cumulative % 75.234
2
.584
14.608
89.842
3
.312
7.811
97.652
4
.094
2.348
100.000
Component
Extraction Method: Principal Component Analysis.
Component Matrix 3 Com pone nt 1 sarana infrastrulctur 1
.917
saran a infrastrulctur 2
.907
sarana infrastrulctur 3
.884
sarana infrastrulctur 5
.751
Extraction Method: Principal Component Analysis. a. 1 components extracted.
Total 3.009
% of Variance 75.234
Cumulative % 75.234
Lampiran 3. Uji Multikolinieritas
1.
Keefektifan komunikasi bisnis
Korelasi Correlation Matrix
Tepat Terpadu Jelas Padat Ramah
Tepat
terpadu
jelas
padat
1.0000 .6165 .6075 .4793 .6592
1.0000 .7248 .7273 .6911
1.0000 .6046 .6301
1.0000 .6227
ramah
1.0000
N of Cases= 30.0 Reliability Coefficients 5 items Alpha= .8970 Standardized item alpha= .8974 Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
.861
Approx. Chi-Square
79.604
df
10 .000
Sig.
Anti-image Matrices ketepatan Anti-image Covariance ketepatan Keterpaduan Kejelasan
Anti-image Correlation
Kete[paduan
.489 -.066 -.100 .034 -.163 .866 3 -.172 -.222 .073 -.367
Kepadatan isi Keramahan ketepatan Keterpaduan Kejelasan Kepadatan isi Keramahan
-.066 .303 -.129 -.158 -.073 -.172 .829 3 -.362 -.435 -.209
a. Measures of Sampling Adequacy(MSA) Communalities ketepatan Keterpaduan Kejelasan Kepadatan isi Keramahan
Initial 1.000 1.000 1000 1.000 1.000
Extraction .629 .805 .720 .664
.733
Extract1on Method: Principal Component Analysis.
126
Kejelasan
-100 -.129 .416 -.052 -.052 -.222 -.362 .887 3 -.121 -.127
Kepadatan isi
Keramahan
.034 -.158 -.052 .436 -.093 .073 -.435 -.121 .854 -.221
3
I
-.163 -.073 -.052 -093 .403 -.367 -.209 -.127 -.221 .875 3
Lampiran 3
127
Total Variance Explained Initial Eiqenvalues Component
Total
1 2 3 4 5
Extraction Sums of Sauared Loadinas
% of Variance
Cumulative %
71.023 10.888 7.615 5.925 4.548
71.023 81.912 89.527 95.452 100.000
3.551 .544 .381 .296 .227
Total
3.551
% of Variance
Cumulative %
71.023
71.023
Extraction Method: Principal Component Analysis.
Component Matrix a Com pone nt
1 ketepatan
.793 .897 .848 .815 .856
Keterpaduan Kejelasan Kepadatan isi Keramahan
Extraction Method: Principal Component Analysis. a. 1 components extracted.
2.
Kepercayaan Terhadap Atasan
Korelasi Correlation Matrix Komunikasi
support
respek
adil
1.0000 .0965 .5242 .2043 -.0099 .3127
1.0000 .1802 .6594 .6909 .2682
1.0000 .2397 .0837 .3330
1.0000 .7514 .4929
Komunikasi Support Respek Adil Predict Kompeten
30.0 N of Cases= Reliability Coefficients 6 items Alpha = .7529 Standardized item alpha= .7544
Factor Analysis KMO and Bartlett's Test Kaiser-Meyer-Oikin Measure of Sampling Adequacy. Bartlett's Test of Sphericity
Approx. Chi-Square df Sig.
.708
63.519 15 .000
predict
1.0000 .2522
Kompeten
1.0000
Lampiran3
128
Anti-image Matrices
Anti-image Covariance
Kualitas komunikasi .679
Kualitas komunikasi Dukungan atasan
-.006
Penghargaan atasan
-.310 -.067
Keadilan Dapat diramalkan Kual~as
Penghargaan atasan -.310
.472
-.049
I
komunikasi
.685.
-.049
Keadilan -.067
Dapat diramalkan .084
Kompetensi atasan -.077
-.093
-.156
.018
-.013
.018
-.105
-.093
-.013
.303
-.185
-.179
-.156
.018
-.185
.338
.060
.018
-.105
-.179
.060
.677
.609•
-.010
-.454
-.147
.176
-.113
-.246 -.028
-.390
.031
.038
-.154
-.578
-.396
.084 -.077
Kompetensi atasan Anti-image Correlation
Dukungan atasan -.006
Dukungan atasan
-.010 -.454
.823 3 -.087
-.087
Penghargaan atasan Keadilan Dapat diramalkan
-.147
-.246
-.028
.176
-.390
.038
-.578
.676 3
.126
Kompetensi atasan
-.113
.031
-.154
-.396
.126
.736•
.668•
.7003
a. Measures of Sampling Adequacy(MSA)
Communalities
Initial Kualitas komunikasi
Extraction
1.000 1.000 1.000 1.000 1.000 1.000
Dukungan atasan Penghargaan atasan Keadilan Dapat diramalkan Kompetensi atasan
.722 .736 .688 .839 .840 .491
Extraction Method: Principal Component Analysis.
Total Variance Explained
Component
Total
1 2 3 4 5 6
Initial Eigenvalues %of Variance Cumulative%
2.798 1.518 .686 .474 .332 .193
46.629 25.297 11.436 7.894 5.533 3.211
46.629 71.926 83.362 91.256 96.789 100.000
Extraction Method: Principal Component Analysis.
Component Matrix 3 Component
1 Kualitas komunikasi
2
.758
Dapat diramalkan
.384 .791 .463 .895 .785
.688 -.192 -.473
Kompetensi atasan
.626
.315
Dukungan atasan Penghargaan atasan Keadilan
-.332
Extract1on Method: Pnnc1pal Component Analys1s. a. 2 components extracted.
Extraction Sums of Squared Loadings Cumulative% %of Variance
Total
2.798 1.518
46.629 25.297
46.629 71.926
Lampiran 3
129
Rotated Component MatriX' Component
1 -.028 .853 .075 .878 .916 .398
Kualitas komunikasi Dukungan atasan Penghargaan atasan Keadilan Dapat diramalkan Kompetensi atasan
2 .849 .089 .826 .262 -.037 .577
Extraction Method: Pnnc1pal Component Analysis. Rotation Method: Varimax with Kaiser Normalization. a. Rotation converged in 3 iterations.
3.
Komunikasi Horisontal
Correlations
1
Kemudahan saran a infrastruktur .181
30
.339 30
Pearson Correlation
.181
1
Sig. (2-tailed)
.339 30
30
Hubungan pribadi Hubungan pribadi
Pearson Correlation Sig. (2-tailed)
N Kemudahan sarana infrastruktur
N
Correlation Matrix
Pribadi Infrastr
Pribadi
Infrastr
1.0000 .1808
1.0000
N of Cases= 30.0 Reliability Coefficients 2 items Alpha= .2967 Standardized item alpha= .3063
Lampiran 4. Uji Normalitas 1.
Variabel Teri kat
1.1.
Pertumbuhan Penjualan Media Cetak
Produk Cetak 10~------------------------------.
6
4
2
Std. Dev = 42.01 Mean= 30.6
N = 30.00
0 0.0
-40.0 -20.0
40.0 20.0
80.0 60.0
120.0 100.0
140.0
pertumbuhan penjualan 2002
Normal P~P Plot ofpertumbuhan penjualan 2002 1.00..--------------r-a.
.0
e
.75
Cl..
E
:J (.) "0
.50
c
(J)
t5 (J) 0..
>< w
.25 0.00 .J ~----------------~----~ 0.00 .25 .50 .75 1.00
Observed Cum Prob
Tests of Normality
Shapiro-Wilk
Kolmogorov-Smirnol Statistic pertumbuhan penjualan 2002
df
.156
Sig. 30
.059
a. Lilliefors Significance Correction
110
Statistic .922
Sig.
df 30
.030
Lampiran4 1.2.
131
Pertumbuhan Penjualan Iklan
Iklan
8
6
4
2
Std. Dev = 61.16
Mean= 55.8 N = 30.00
0 -75.0
-25.0 -50.0
25.0 0.0
75.0 50.0
125.0 100.0
175.0
150.0
225.0
200.0
pertumbuhan iklan 2002
Normal P-P Plot ofpertumbuhan iklan 2002 1.00 ~------------,±!•
.0
e
.75
0..
E ::J 0 "0
.50
Q)
t) Q)
0... X
w
.25 0.00 """:."--~--~--~----< 0.00 .25 .50 .75 1.00 Observed Cum Prob
Tests of Nonnality Kotmogorov-Smimol pertumbuhan iklan 2002
Statistic .12e
I 1
I
df
3o
*.This is a lower bound of the true significance. a. Lilliefors Significance Correction
1
Sha__l)iro-Wilk Sig. .200*
I
Statistic .936 1
df
I 3o 1
Sig. .071
Lampiran 4
132
2.
Variabel Bebas
2.1.
Keefektifan Komunikasi Bisnis
10
8
6
4
2
Std. Dev = .53
Mean= 4.06 N = 30.00
0 2.75
3.00
3.25
3.50
3.75
4.00
4.25
4.50
4.75
5.00
Keefektifan Komunikasi
Nonnal P-P Plot ofKeefektifan Komunikasi 1.00.,.-------------c ..0
e
.75
CL
E :::::1
() "0
.50
(])
u
(])
0.
>< w
.25
0.00
0.00
c
.25
.50
.75
1.00
Observed Cum Prob
Tests of Normality Kolmooorov-Smirnoi Sig. df .200* 3o 1
I
Keefektifan Komunikasi
Statistic .116 1
*. This is a lower bound of the true significance.
a. Lilliefors Significance Correction
I
Statistic .959
Shapiro-Wilk df 30
I
J
I l
Sig. .295
Lampiran 4 2.2.
Kepercayaan Terhadap Atasan
2.2.1. Faktor I: Kualitas komunikasi atasan dan Penghargaan terhadap Bawahan 10~--------------------------------~
8
6
4
2 Std. Dev = .49
Mean= 4.09 N =30.00
0 3.00
3.25
3.50
3.75
4.00
4.25
4.50
4.75
5.00
Kualitas kom + penghargaan
Normal P-P Plot ofKualitas kom + penghargaan 1.00~------------------------~.
.0 0
<--
!...
.75
0
0..
c
E ::l
0
"0
c
.50
~
<1.)
~
u <1.)
0.. X
w
8
.25 0.00 0.00
f.J
Q
.25
.50
.75
1.00
Observed Cum Prob Tests of Normality 8
Kolmogorov-Smirnov Statistic Kualitas kom + penghargaan
df
.158
a. Lilliefors Significance Correction
Shapiro-Wilk Sig.
30
.056
Statistic .902
df
Sig. 30
.009
Lampiran 4
134
2.2.2. Faktor II: Dukungan Atasan, Keadilan, Dapat Diramalkan, dan Kompetensi Atasan. 12~---------------------------------.
10
8
6
4
2
Std. Dev
~
.46
Mean~4.09
N ~30.00
0 3.00
3.25
3.50
3.75
4.00
4.25
4.50
4.75
5.00
support+adil+ramal+kompeten
Nonnal P-P Plot of support+adil+ramal+kompeten 1.00 . . - - - - - - - - - - - - - - - - - , , ..0
0 ,_
.75
0..
E ::::l
u
1:l ClJ
u
.50
t5
ClJ
Cl..
>< w
.25
0.00 ......____ _ _ _ _ _ _ _ _ _ ____._ 0.00 .25 .50 .75 1.00 Observed Cum Prob Tests of Normality Kolmogorov-Sm\mo..,.a Statistic support+adil+ra mal+kompeten
df
.117
30
*. This is a lower bound of the true significance. a. Lilliefors Significance Correction
Shap\ro-Wilk
Sig.
.200*
Statistic
.980
df
Sig.
30
.829
135
Lampiran4
2.3.
Komunikasi Horisontal
2.3.1. Hubungan Pribadi antar Personal
Std. Dev
Mean
~
.47
~3.74
N ~ 30.00 2.75
3.00
3.25
3.50
3.75
4.SO
4.25
4.50
Hubungan pribadi
Normal P-P Plot of Hubungan pribadi .
1.00
.75 .c
0
.50 ..0 0
'-
0...
E :::>
0
.25
"0 Ql
o.·
t5 Ql
a. X
w
0.00
-.
a .25
0.00
.50
.75
1.00
Observed Cum Prob Tests of Normality Kolmogorov-Smimol df Sig.
Statistic Hubungan pribadi
. 169
I 1
a. Lilliefors Significance Correction
I
3o
1
.029
Shapiro-Wilk Statistic
.932
I 1
I
df
3o
1
Sig .
.057
136
Lampiran 4
2.3.2. Ketersediaan Sarana Komunikasi
6
4
2 Std. Oev
=.61
Mean= 4.01 N
0 3.00
3.25
3.50
3.75
4.00
4.25
4.50
4.75
=30.00
5.00
Kemudahan sarana infrastruktur
Normal P-P Plot of Kemudahan sarana infrastruktur 1.00
D
.75
.50 .0
e
0..
E
:::: 0
.25 D
""0 Q)
t5 Q)
C!
o._
X
w
0.00 0.00
.50
.25
-
.75
1.00
Observed Cum Prob
Tests of Normality Kolmogorov-Smirnova Statistic Kemudahan sarana infrastruktur
.139
a. Lilliefors Significance Correction
df
Shapiro-Wilk
Sig. 30
.146
Statistic
.941
Sig.
df 30
.097
Lampiran 5. Uji Linieritas
I.
Variabel Terikat: Pertumbuhan Penjualan Media Cetak selama Tahun 2002
1.1.
Variabel Bebas: Keefektifan Komunikasi Bisnis Correlations
Pearson Correlation
pertumbuhan penjualan 2002 1
pertumbuhan penjualan 2002
Sig. (2-tailed)
Keefektifan Komunikasi
N Pearson Correlation
.507**
Sig. (2-tailed)
.004
Keefektifan Komunikasi .507* .004
30
N
30
**. Correlation is significant at the 0.01 level (2-tailed).
200
r-----------------------------------~
N
0
0 N
c cu
~
100
c
::J
·c: Q) a. c cu
.J:: ::J ..0
E
y
0
-
rt ~:_:-jJ:J '-'
:::;
::J
t Q) a.
-100 ~--~--~--~--~-----~----5.5 2.5 3.0 3.5 4.0 4.5 5.0 Keefektifan Komunikasi
137
30
1 30
138
Lampiran 5 1.2.
Variabel Bebas: Kepercayaan Terhadap Atasan Faktor Komunikasi Atasan dan Penghargaan Terhadap Bawahan)
I
(Kualitas
Correlations
pertumbuhan penjualan 2002
Pearson Correlation Sig. (2-tailed)
Kualitas kom + penghargaan
N Pearson Correlation Sig. (2-tailed)
pertumbuhan penjualan 2002 1
Kualitas kom +
penghargaan .587**
.001 30
30
1
.587*
.001
N
30
30
**.Correlation is significant at the 0.01 level (2-tailed). 200.------------------------------. N 0 0 N
[J
c
m :::> ·c:
100
Ql
a..
lJ
c .c
...
:::>
.0
E :::>
-
~-
0
..
-
l:.i
-- 0
---
r
··!:J 0 []
t::
Ql
a..
-100~----~----~----~------~----4 2.5 3.5 4.5 3.0 4.0 5.0 Kualitas kom + penghargaan
1.3.
Variabel Bebas: Kepercayaan Terhadap Atasan Faktor II (Dukungan Atasan, Keadilan, Dapat Diramalkan dan Kompetensi Atasan) Correlations
pertumbuhan penjualan 2002
Pearson Correlation
pertumbuhan penjualan 2002 1
Sig. (2-tailed)
.037
N support+adil+ra mal+kompeten
support+a dil+ramal+ kompeten .382*
30
Pearson Correlation
.382*
Sig. (2-tailed)
.037
N *. Correlation is significant at the 0.05 level (2-tailed).
30
30 1 30
Lampiran 5
139
200r-------------------------------~
N 0 0 N
0 []
c
Ill
m ::J
100 ::J
·c:
'"
Q)
Q.
c
"c
-·
Ill
.r; ::J
.a
E
0
~[]
0
U"
c
c
0
c
~:F
0
E
c
0
::J
t:::
c
Q)
Q.
-100 2.5
3.0
4.0
3.5
5.0
4.5
5.5
support+adil+ramal+kompeten
1.4.
Variabel Bebas: Hubungan Pribadi Antar Personal Correlations
pertumbuhan penjualan 2002 Hubungan pribadi
pertumbuhan penjualan 2002 1
Pearson Correlation Sig. (2-tailed) N Pearson Correlation Sig. (2-tailed)
30
Hubungan pribadi .165 .383 30
.165 .383 30
N
1 30
200 C\1 0 0 C\1
c .!!!
Ill ::J
= r
100
..
..
·c: ..
Q)
Q.
1.~
c
Ill
.r; ::J
.a E
--
-
n 'J
~~:
0
L
i~
LJ
~]
[J
::J
t::
t:
Q)
Q.
-100 2.5
3.0
3.5
4.0
Hubungan pribadi
4.5
5.0
Lampiran 5
1.5.
140
Variabel Bebas: Ketersediaan Sarana Komunikasi Correlations
pertumbuhan penjualan 2002
pertumbuhan penjualan 2002 1
Pearson Correlation
Kemudahan saran a infrastruktur .707**
Sig. (2-tailed)
Kemudahan sarana infrastruktur
.000
N Pearson Correlation
.707*'
Sig. (2-tailed)
.000
30
30
N
1
30
30
**. Correlation is significant at the 0.01 level (2-tailed).
200 N
0 0
N
c
~
cu
::J
100
·c:
-·-
I
~-=]
!~"
(_J
(!)
o_
.0
E
s
2
cu ..c ::J
[J tJ
[J
c
0
~
c
r-.
;_
--
§ :::J
c.:
0
n
::J
t::::
c
(!)
o_
-100~------------------------------~ 2.5
3.0
3.5
4.0
4.5
5.0
Kemudahan sarana infrastruktur
5.5
141
Lampiran 5
2.
Variabel Terikat: Pertumbuhan Penjualan Iklan selama Tahun 2002
2.1.
Variabel Bebas: Keefektifan Komunikasi Bisnis Correlations pertumbuhan iklan 2002
pertumbuhan iklan 2002
Pearson Correlation
1
Keefektifan Komunikasi .344
Sig. (2-tailed)
.063
N Keefektifan Komunikasi
30
30
Pearson Correlation
.344
1
Sig. (2-tailed)
.063
N
30
30
300
C\1
0 0
200
:::
C\1
c ro ::;z c
C!
100
ro
.!:::.
c
c
:::!
.a
:J
E
;~)
:::!
t
Q) Q_
:::f=::;
c;
::J
0
CD
c:
c
-100 2.5
3.0
3.5
4.0
4.5
5.0
5.5
Keefektifan Komunikasi
2.2.
Variabel Bebas: Kepercayaan Terhadap Atasan Faktor Komunikasi Atasan dan Penghargaan Terhadap Bawahan) Correlations
pertumbuhan iklan 2002 pertumbuhan iklan 2002
Pearson Correlation
1
Sig. (2-tailed) Kualitas kom + penghargaan
N Pearson Correlation Sig. (2-tailed)
N ••. Correlation is significant at the 0.01 level (2-tailed).
Kualitas kom + penghargaan .526** .003
30 .526* .003 30
30 1 30
I
(Kualitas
Lampiran 5
142
300 . , . - - - - - - - - - - - - - - - - - - - - - - - ,
C\1
g C\1
200
c:
"'
~ c: cu
.<::
::J
c
100
<• .1
:::J
..0
c:
:J
c -
E
~3
:::J
t
0
0
c
8 .. J
=-
(l)
a. _,,:
c_c_ _ _ _
J._l_ _ _ _ _ _ _ _ _ _ : ___
2.5
3.5
3.0
4.0
4.5
- -~. 5.0
Kualitas kom + penghargaan
2.3.
Variabel Bebas: Kepercayaan Terhadap Atasan Faktor II (Dukungan Atasan, Keadilan, Dapat Diramalkan dan Kompetensi Atasan) Correlations
pertumbuhan iklan 2002
support+adil+ramal+ko mpeten
Pearson Correlation Sig. (2-tailed)
pertumbuhan iklan 2002 1
N Pearson Correlation Sig. (2-tailed) N
support+a dil+ramal+ kompeten .360 .051
30
30
.360 .051
1
30
30
300
C\1 0 0 N
c co ::;;:: c co
.<::
200 c
-~J
100
:::l
..0
E :::l
t
(j)
a.
0
-100 -1.-----------~--------.......J. 4.5 2.5 3.5 4.0 3.0 5.0 5.5 support+adil+ramal+kompeten
Lampiran 5
2.4.
143
Variabel Bebas: Hubungan Pribadi Antar Personal Correlations
pertumbuhan iklan 2002
Pearson Correlation Sig. (2-tailed)
pertumbuhan iklan 2002 1
.125
N Pearson Correlation Sig. (2-tailed) N
Hubungan pribadi
Hubungan pribadi .286
30 .286 .125 30
30 1 30
300r--------------------------------.
N 0 0 N
200 u
c
Cll
::>2
c Cll r:.
100
..Q
•···
I
E :::J
t
.....
::1
:::J
C1
n
0
Ci
c:
t~,
-100 2.5
3.0
3.5
4.0
4.5
5.0
Hubungan pribadi
2.5.
Variabel Bebas: Ketersediaan Sarana Komunikasi Correlations
pertumbuhan iklan 2002
Kemudahan sarana infrastruktur
Pearson Correlation Sig. (2-tailed) N Pearson Correlation Sig. (2-tailed)
pertumbuhan iklan 2002 1
N **. Correlation is significant at the 0.01 level (2-tailed).
30 .467* .009 30
Kemudahan saran a infrastruktur .467* .009 30 1 30
144
Lampiran 5
300 N
0 0
N
200
--
c
co
~
c
co
..c
~
c
100
::J _o
c
::J
t
Q) Q_
c:
§
0
[j
0
r.:::;
-
f:'
E
D
c
L!
0
i;:;;
CJ '--
·-~
c
-100 2.5
3.0
3.5
4.0
4.5
Kemudahan sarana infrastruktur
5.0
5.5
Lampiran 6. Uji Regresi
1.
Variabel Terikat: Pertumbuhan Penjualan Media Cetak selama Tahun 2002
1.1.
Variabel Bebas: Keefektifan Komunikasi Bisnis Model SummarY'
Model 1
R
R Square
Adjusted R Square
Std. Error of the Estimate
.257
.230
36.85852
.507a
a. Predictors: (Constant), Keefektifan Komunikasi b. Dependent Variable: pertumbuhan penjualan 2002
Sum of Squares
Model 1
Regression Residual Total
df
13139.033 38039.411 51178.444
F 9.671
Mean Square
1 28 29
13139.033 1358.550
Sig.
.004a
a. Predictors: (Constant), Keefektifan Komunikasi b. Dependent Variable: pertumbuhan penjualan 2002 CoefficientS'
Model 1
Unstandardized Coefficients 8 Std. Error (Constant) Keefektifan Komunikasi
-133.623 40.475
Standardized Coefficients Beta
53.223 13.015
t
.507
Sig.
-2.511 3.110
.018 .004
a. Dependent Variable: pertumbuhan penjualan 2002
Residuals StatisticS'
Predicted Value Residual Std. Predicted Value Std. Residual
Minimum
Maximum
-18.6740 -53.2857 -2.313 -1.446
68.7524 98.9392 1.794 2.684
Mean
30.5663 .0000 .000 .000
a. Dependent Variable: pertumbuhan penjualan 2002 Normal P-P Plot of Regression Standardized Residual Dependent Variable: pertumbuhan penjualan 2002
1.00 .----------,-x:_;_J
41
.0
2
75l
E
I
Q_ ::J
0 -o ~
50
1
25
j
()
"'
0.. X
UJ
0 00 0 00
.25
.50
.75
1.00
Observed Cum Prob
145
Std. Deviation
21.28544 36.21745 1.000 .983
N
30 30 30 30
Collinearit Statistics Tolerance VIF
1.000
1.000
Lampiran6
1.2.
146
Variabel Bebas: Kepercayaan Terhadap Atasan Faktor I (Kualitas Komunikasi dan Penghargaan Terhadap Karyawan).
Model SummarY'
Model
R
.587a
1
Adjusted R Square
R Square
.345
Std. Error of the Estimate
34.60099
.322
a. Predictors: (Constant), Kualitas kom + penghargaan b. Dependent Variable: pertumbuhan penjualan 2002
Sum of Squares
Model Regression
1
Residual Total
Mean Square
df
17656.040 33522.404 51178.444
1 28 29
17656.040 1197.229
F 14.747
Sig.
.001a
a. Predictors: (Constant), Kualitas kom + penghargaan b. Dependent Variable: pertumbuhan penjualan 2002 Coefficient&"
Model 1
Unstandardized Coefficients B Std. Error -175019 53.906
(Constant) Kualitas kom + penghargaan
50.211
Standardized Coefficients Beta
13 075
.587
a. Dependent Variable: pertumbuhan penjualan 2002
Normal P-P Plot of Regression Standardized Residual Dependent Variable: pertumbuhan penjualan 2002 1.00r-----------t:B, .75 .0
e
0..
E
.50
:::!
(.)
-c
~
.25
::P
)g_
C£!
Jj 0.00"-'-::P_'---~----~ 0.00
.25
.50
.75
Observed Cum Prob
1.00
t -3.247
Sig. .003
3.840
.001
Collinearit Statistics VIF Tolerance 1.000
1.000
Lampiran 6
147
Residuals StatisticS! Predicted Value
Minimum -24.3866
Maximum 69.7587
Mean 30.5663
Std. Deviation 24.67446
N
Residual
-53.7857
96.3946
.0000
33.99919
30
Std. Predicted Value
-2.227
1.588
.000
1.000
30
Std. Residual
-1.554
2.786
.000
.983
30
30
a. Dependent Variable: pertumbuhan penjualan 2002
1.3.
Variabel Bebas: Kepercayaan Terhadap Atasan Faktor II (Dukungan Atasan, Keadilan, Dapat Diramalkan, dan Kompetensi Atasan).
Model SummarY'
Model 1
R .382 8
R Square .146
Adjusted R Square .116
Std. Error of the Estimate 39.50192
a. Predictors: (Constant), support+adil+ramal+kompeten b. Dependent Variable: pertumbuhan penjualan 2002 ANOVtf
Model 1
Regression
Sum of Squares 7487.197
df 1
Mean Square 7487.197 1560.402
Residual
43691.247
28
Total
51178.444
29
F 4.798
SiQ. .0378
t -1.713
Sig. .098
2.190
.037
a. Predictors: (Constant), support+adil+ramal+kompeten b. Dependent Variable: pertumbuhan penjualan 2002 Coefficients"
Model 1
(Constant) support+adil+ra mal+kompeten
Unstandardized Coefficients Std. Error B -112.648 65.776 35.006
Standardized Coefficients Beta
15.981
.382
Collinearity Statistics Tolerance VIF 1.000
a. Dependent Variable: pertumbuhan penjualan 2002
Residuals StatisticS! Predicted Value
Minimum -7.6293
Maximum 62.3830
Mean 30.5663
Std. Deviation 16.06796
Residual
-55.7121
115.1797
.0000
38.81488
N 30 30
Std. Predicted Value
-2.377
1.980
.000
1.000
30
Std. Residual
-1.410
2.916
.000
.983
30
a. Dependent Variable: pertumbuhan penjualan 2002
1.000
Lampiran6
148
Nom1al P-P Plot of Regression Standardized Residual Dependent Variable: pertumbuhan penjualan 2002 1.00 o r - - - - - - - - - - . - ; : ; ; . .75
Observed Cum Prob
1.4.
Variabel Bebas: Hubungan Pribadi
Model SummarY'
Model
R
1
R Square
.165a
Adjusted R Square
.027
Std. Error of the Estimate
-.007
42.16519
a. Predictors: (Constant), Hubungan pribadi b. Dependent Variable: pertumbuhan penjualan 2002
Sum of Squares
Model
1
Regression Residual Total
1397.145 49781.299 51178.444
df
Mean Square
1 28 29
Sig.
F
1397.145 1777.904
.786
.383a
a. Predictors: (Constant), Hubungan pribadi b. Dependent Variable: pertumbuhan penjualan 2002
Coefficients Unstandardized Coefficients Model
1
(Constant) Hubungan pribad
8 -25.108 14.880
Std. Error
Standardized Coefficients Beta
63.274 16.785
a. Dependent Variable: pertumbuhan penjualan 2002
.165
Collinearit Statistics t
-.397 .886
Sig.
.695 .383
Tolerance
1.000
VIF
1.000
Lampiran6
149
Residuals
Predicted Value Residual
StatisticS~
Minimum 15.8107
Maximum 41.8500
Mean 30.5663
Std. Deviation 6.94100
-63.8100
112.4497
.0000
41.43183
30
N 30
Std Predicted Value
-2.126
1.626
.000
1.000
30
Std. Residual
-1.513
2.667
.000
.983
30
a. Dependent Variable: pertumbuhan penjualan 2002
Normal P-P Plot of Regression Standardized Residu; Dependent Variable: pertumbuhan penjualan 200:2 ·~t!
1.00
.75 .0
e
a..
.50
E :::l
0
-g
.25
t5
0.
ttl
0.00 ~----------------~ 0.00 .25 .50 .75 1.00 Observed Cum Prob
1.5.
Variabel Bebas: Ketersediaan Sarana Komunikasi.
Model Summarf
Model
R
.707a
1
R Square
Adjusted R Square
Std. Error of the Estimate
.499
.481
30.25663
a. Predictors: (Constant), Kemudahan sarana infrastruktur b. Dependent Variable: pertumbuhan penjualan 2002
ANOVflf Sum of Squares
Model
1
Regression Residual Total
25545.457 25632.987 51178.444
Mean Square
df
1 28 29
25545.457 915.464
a. Predictors: (Constant), Kemudahan sarana infrastruktur b. Dependent Variable: pertumbuhan penjualan 2002
F 27.904
Sig.
.oooa
Lampiran 6
150
Coefficient$'
Model 1
Unstandardized Coefficients Std. Error 8 -163.166 37.088
(Constant) Kemudahan sarana infrastruktur
48.332
Standardized Coefficients Beta
9.150
.707
t -4.399
Sig. .000
5.282
.000
Collinearit- Statistics Tolerance VIF
1.000
a. Dependent Variable: pertumbuhan penjualan 2002
Residuals StatisticS'
Predicted Value
Minimum -18.1689
Maximum 78.4961
Mean 30.5663
Std. Deviation 29.67959
Residual
-54.4104
76.7271
.0000
29.73039
30
Std. Predicted Value
-1.642
1.615
.000
1.000
30
Std. Residual
-1.798
2.536
.000
.983
30
a. Dependent Variable: pertumbuhan penjualan 2002
Normal P-P Plot of Regression Standardized Residual Dependent Variable: pertumbuhan penjualan 2002
1.oo I
=,'"
.75 ..0
e a.. E
.50
::::>
0 "0
u
.25
a.
>< w
0.00 ......__ _ _ _ _ _ _ _ ____, 1.00 0.00 .25 .50 .75 Observed Cum Prob
N 30
1.000
Lampiran 6
151
2.
Variabel Terikat: Pertumbuhan Penjualan Iklan selama Tahun 2002.
2.1.
Variabel Bebas: Keefektifan Komunikasi Bisnis Model Summary
Model 1
R .344a
Adjusted R Square .087
R Square .118
Std. Error of the Estimate 58.45231
a. Predictors: (Constant), Keefektifan Komunikasi
ANOV* Model 1
Regression Residual Total
Sum of Squares 12799.970
df
Mean Square 12799.970
1
95666.825 108466.8
28 29
F 3.746
Sig. .063a
3416.672
a. Predictors: (Constant), Keefektifan Komunikasi b. Dependent Variable: pertumbuhan iklan 2002 Coefficient~
Model (Constant) 1 Keefektifan Komunika
Unstandardized Standardized Coefficients Coefficients Std. Error Beta B 84.405 -106.251
39.950
20.640
.344
t -1.259
1.936
Collinearit Statistics VIF Tolerance
Sig~
.218 .063
1.000
a. Dependent Variable: pertumbuhan iklan 2002
Residuals Statistics'!
N
Minimum 7.2052
Maximum 93.4962
Mean 55.8060
Std. Deviation 21.00900
-87.7685
162.6603
.0000
57.43567
30
Std. Predicted Value
-2.313
1.794
.000
1.000
30
Std. Residual
-1.502
2.783
.000
.983
30
Predicted Value Residual
a. Dependent Variable: pertumbuhan iklan 2002 Normal P-P Plot of Regression Standardized Residual Dependent Variable: pcrtumbuhan iklan 2002 l.OO . . - - - - - - - - - - - e .
.n
2
.75
0-o
.50
0...
0
g 0.
.il
.25
0 ()() ..__-~--~--~----l ()()() .75 .25 .50 1.00 Observed Cum Prob
30
1.000
152
Lampiran 6
2.2.
Variabel Bebas: Kepercayaan Terhadap Atasan Faktor I (Kualitas Komunikasi dan Penghargaan Terhadap Karyawan). Model Summary
Model 1
R .526 3
Adjusted R Square .251
R Square .277
Std. Error of the Estimate 52.91876
a. Predictors: (Constant), Kualitas kom + penghargaan
Model 1
Regression
Sum of Squares 30055.739
Residual Total
1
Mean Square 30055.739
78411.056
28
2800.395
108466.8
29
df
F 10.733
Sig. .0038
a. Predictors: (Constant), Kualitas kom + penghargaan b. Dependent Variable: pertumbuhan iklan 2002 CoefficientS'
Unstandardized Coefficients Model 1
(Constant)
Standardized Coefficients
8 -212.425
Std. Error 82.444
65.511
19.997
Kualitas kom + penghargaan
Beta
.526
Sig. .016
Tolerance
3.276
.003
1.000
a. Dependent Variable: pertumbuhan iklan 2002 Residuals StatisticS'
Predicted Value
Minimum -15.8921
Maximum 106.9410
Residual
-106.0804
Std. Predicted Value Std. Residual
117.3890
Mean 55.8060 .0000
Std. Deviation 32.19324 51.99836
-2.227
1.588
.000
1.000
30
-2.005
2.218
.000
.983
30
a. Dependent Variable: pertumbuhan iklan 2002 Normal P-P Plot of Regression Standardized Residual Dependent Variable: pertumbuhan iklan 2002
0.00
.25
.50
.75
!.00
Observed Cum Proh
Collinearit Statistics VIF
t -2.577
N 30 30
1.000
153
Lampiran 6
2.3.
Variabel Bebas: Kepercayaan Terhadap Atasan Faktor II (Dukungan Atasan, Keadilan, Dapat Diramalkan, dan Kompetensi Atasan). Model Summar/'
Model 1
R .3603
R Square .130
Adjusted R Square .099
Std. Error of the Estimate 58.06285
a. Predictors: (Constant), support+adil+ramal+kompeten b. Dependent Variable: pertumbuhan iklan 2002
Model 1
Regression
Sum of Squares 14070.560
Residual Total
df 1
Mean Square 14070.560
94396.235
28
3371.294
108466.8
29
F 4.174
Sig. .051 2
a. Predictors: (Constant). support+adil+ramal+kompeten b. Dependent Variable: pertumbuhan iklan 2002
CoefficientS'
Model 1
(Constant) support+adil+ra mal+kompeten
Unstandardized Coefficients B Std. Error -140.522 96.683 47.989
Standardized Coefficients Beta
23.490
.360
t -1.453
Siq .157
2043
.051
Collinearit Statistics Tolerance VIF 1.000
a. Dependent Variable: pertumbuhan iklan 2002
Residuals StatisticS~
Predicted Value Residual Std. Predicted Value Std. Residual
Minimum
Maximum
Mean
3.4448 -97.2187 -2.377 -1.674
99.4225 130.4065 1.980 2.246
55.8060 .0000 .000 .000
a. Dependent Variable: pertumbuhan iklan 2002
Nanna! P-P Plot of Regression Standardized Residual Dependent Variable: pertumbuhan iklan 2002 1.00 ,, .
.75
.50
.25 () 00 ----~~-~--~---J ().()() .75 1.00 .25 .50 Observed Cum Prob
Std. Deviation
22.02707 57.05298 1.000 .983
N
30 30 30 30
1.000
154
Lampiran 6
2.4.
Variabel Bebas: Hubungan Pribadi Model Summarf
Model
1
Adjusted R Square
R Square
R
.286a
.082
Std. Error of the Estimate
59.63517
.049
a. Predictors: (Constant), Hubungan pribadi b. Dependent Variable: pertumbuhan iklan 2002 ANOV/Jf Sum of Squares
Model
1
Regression
df
8888.908 99577.887 108466.8
Residual Total
Mean Square
1 28 29
Sig.
F
8888.908 3556.353
.125a
2.499
a. Predictors: (Constant), Hubungan pribadi b. Dependent Variable: pertumbuhan iklan 2002 Coefficients' Unstandardized Coefficients Model
1
(Constant) Hubungan pribadi
8 -84.624 37.531
Standardized Coefficients Beta
Std. Error
89.490 23.740
.286
Collinearity Statistics Tolerance VIF
Sig.
t
-.946 1.581
.352 .125
1.000
a. Dependent Variable: pertumbuhan iklan 2002
Residuals StatisticS! Minimum 18.5873 -123.4988
Predicted Value Residual
Mean 55.8060
Std. Deviation 17.50754
.0000
58.59795 1.000
30
.983
30
Std. Predicted Value
-2.126
149.4455 1.626
Std. Residual
-2.071
2.506
.000 .000
a. Dependent Variable: pertumbuhan iklan 2002 Normal P-P Plot of Regression Standardized Residual Dependent Variable: perturnbuhan iklan 2002 1.00
:f
.75
.50
c-g
u 7 i.I.J
.25
()
0.00 ~--------------------~ 000 .25 .50 .75 1.00 Obseryed Cum Prob
N
Maximum 84.2673
30 30
1.000
Lampiran 6 2.5.
155
Variabel Bebas: Ketersediaan Sarana Komunikasi. Model SummarY'
R
Model
R Square
Adjusted R Square
Std. Error of the Estimate
.218
.190
55.03764
.467a
1
a. Predictors: (Constant), Kemudahan sarana infrastruktur b. Dependent Variable: pertumbuhan iklan 2002
Sum of Squares
Model Regression
1
df
23650.836 84815.959 108466.8
Residual Total
23650.836 3029.141
Sig.
F
Mean Square
1 28 29
7.808
.009a
t
Sig.
I
a. Predictors: (Constant), Kemudahan sarana infrastruktur b. Dependent Variable: pertumbuhan iklan 2002 Coefficients'
Unstandardized Coefficients Model
1
Std. Error
B
(Constant) Kemudahan sarana infrastruktur
Standardized Coefficients
-130.604
67.465
46.506
16.643
Beta
.467
Collinearit' Statistics VIF Tolerance
-1.936
.063
2.794
.009
1.000
1.000
a. Dependent Variable: pertumbuhan iklan 2002 Residuals Statisticsl
N
Minimum 8.9128
Maximum 101.9241
Mean 55.8060
Std. Deviation 28.55777
-84.4413
134.0323
.0000
54.08039
30
Std. Predicted Value
-1.642
1.615
.000
1.000
30
Std. Residual
-1.534
2.435
.000
.983
30
Predicted Value Residual
30
a. Dependent Variable: pertumbuhan iklan 2002 Nonnal P-P Plot of Regression Standardized Residual Dependent Variable: pertumbuhan iklan 2002 100~----------------------~.
f II R. !-- ~. S T ~ .t A. ~ N WaJwerataa ~atn1ilt: w·wn MantbJ• IVRABAYA
.75
;5
50
.,~
25
-
"
:::5
" -~
000 000
25
50
Observed Cum Proh
75
1
w