國立政治大學企業管理研究所

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邦竟马
5 years ago
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1 LMXTMX LMXTMX (content validity)(criterrion-relative) (construct validity) () (Cooper & Emory, 1995) ( 91) Schwartz (1994)

2 (Smallest Space Analysis, SSA) ( 57 ) LMXTMX GraenUhl-Bien(1995) LMX Seers(1989) TMX (Organization Commitment Questionnaire OCQ ) Mowday, Porter, Steers (1979) () Cronbach s α ( 4.1.1) Cronbach s α 0.7 TMX Cronbach s α TMX Cronbach s α (257 ) Self-Transcendence Self-Enhancement

3 Openness to Change 0.78 Conservation / / 0.81 (38 ) (38 ) LMX TMX *(61 )(88 )(108 )

4 4.2.1 (38 ) (20 ) (93 ) (01) () () (01) () (01) () () 94.7% 5.3% % 3.2% () 24~ ~ (5.88) 29~ () () 1~4 50

5 () 2~ ~ ~ ~ LMX TMX

6 () -1~7 9 ( 1.06) ( 0.89) ( 0.34) ()( ) /() () 1~7 7 (LMX) (TMX) () 1~7 7 (0.90)(0.82)(0.78) 52

7 () (Steers,1977; Mowday et al.,1982)(mowday et al.,1982) (D 2 )

8 ** **.453** **.585**.509** ** * -.443** * ** *.557**.351*.541** ** -.354* *.458** ** * *.669**.382*.407* LMX TMX *..381* * ** ** ** **.334* * ** * *.444**.819** ** **.666** -- *D 2 * Cronbach s α * p<.05; **p<.01 54

9 (TMX) (TMX) / LMXTMX LMXTMX LMX TMX LMX TMX 55

10 LMXTMX TMX () (hierarchical regression analysis) ( ) (LMX) (TMX) () ( )( ) ( ) 1-a~d 3-a~d LMX 4-a~c 56

11 (STD) - (SED) - (OCD) - (CVD) * -.443* (LMX).450*.427 STD LMX SED LMX OCD LMX.220 CVD LMX.002 F * R R *.031 p<.10; *p<.05; **p<.01 57

12 - 16.2%(R 2 =.162 ) (β= -.542p<.05) 1-b 1-a1-c1-d LMX (β=.450p<.05) LMX (multicollinearity)(centered)( Jaccard, Turrisi, & Wan, 1990) (R 2 =.031) 4-a - (LMX) - H 1-a - - H 1-b H 1-c H 4-a - H 1-d LMX 58

13 (STD) - (SED) - (OCD) - (CVD) ** -.551* (LMX) STD LMX.128 SED LMX.250 OCD LMX.216 CVD LMX F R R p<.10; *p<.05; **p<.01 59

14 - 19.8%(R 2 =.198 )- (β= -.606p<.01) 2-b 2-a2-c2-d LMX 4.3%(R 2 =.043) (R 2 =.039 ) 4-b - (LMX) - H 2-a - - H 2-b H 2-c H 4-b - H 2-d LMX 60

15 (STD) - (SED) - (OCD) - (CVD) * (LMX).442*.518 STD LMX SED LMX.282 OCD LMX.213 CVD LMX.200 F R R *.131 p<.10; *p<.05; **p<.01 61

16 9.4%(R 2 =.094) 3-a ~3-d LMX (β=.442p<.05) (R 2 =.131) 4-c - (LMX) - H 3-a - - H 3-b H 3-c H 4-c - H 3-d LMX LMX 62

17 () () ( ) 5-a~d 7-a~d TMX 8-a~c 63

18 (STD) - (SED) - (OCD) - (CVD) (TMX) STD TMX SED TMX 1.037* OCD TMX CVD TMX F R R p<.10; *p<.05; **p<.01 64

19 - 12.5%(R 2 =.125) (β= ) 5-b 5-a5-c5-d TMX TMX(R 2 =.19) (SED)TMX (SED TMX)(β= 1.037p<.05) 8-aTMX - (TMX) - H 5-a - - H 5-b H 5-c H 8-a - H 5-d TMX 65

20 * (STD) - (SED) - (OCD) - (CVD) * -.476* (TMX) STD TMX SED TMX 1.012* OCD TMX CVD TMX F R R p<.10; *p<.05; **p<.01 66

21 18%(R 2 =.18) (β= -.525p<.05) 6-b 6-a6-c 6-d TMX TMX 13.4%(R 2 =.134) (SED)TMX(SED TMX) (β= 1.012p<.05) 8-b TMX - (TMX) - H 6-a - - H 6-b H 6-c H 8-b - H 6-d TMX 67

22 (STD) - (SED) - (OCD) - (CVD) (TMX) STD TMX.021 SED TMX.450 OCD TMX CVD TMX F R R p<.10; *p<.05; **p<.01 68

23 14.1%(R 2 =.141) 7-a~7-d TMX (R 2 =.040) 8-c - (TMX) - H 7-a - - H 7-b H 7-c H 8-c - H 7-d TMX TMX 69

24 () TMX X Y ( /) TMX TMX(TMX +1 ) TMX(TMX -1 ) X ±1 ()() TMX TMX (x1)(x2) y ( y1y2 y3y4) TMX TMX (Cohen & Cohen, 1983) 8-a 8-b TMX 70

25 TMX TMX TMX TMX 71

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! # %! % &! # %#!! #! %!% &! # (!! # )! %!! ) &!! +!( ), ( .., + +, +, +, +, +, +,! # # % ( % ( / 0!% ( %! %! % # (!) %!%! # (!!# % ) # (!! # )! % +,! ) ) &.. 1. # % 1 ) 2 % 2 1 #% %! ( & # +! %, %. #(