4-Data Analysis D - INFLIBNETshodhganga.inflibnet.ac.in/bitstream/10603/30563/11/11_chapter...
Transcript of 4-Data Analysis D - INFLIBNETshodhganga.inflibnet.ac.in/bitstream/10603/30563/11/11_chapter...
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4-Data Analysis
ata Analysis of study chapter will present the data that has
been collected through quantitative survey. At first we give an
overview of the data that means the sample population
(Characteristics and descriptive statistics of survey) and after that data
will be checked assumption through normality, linearity, multicollinearity,
outlier, homoscedasticity, and Independence of Residual tests. Next part
will present Reliability test and hypothesis testing.
D
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4.1 Characteristics Survey Data
Table No.9 Characteristics Survey Data
Frequency Percent
GENDER
Male 209 92.5
Female 17 7.5
AGE
Less than 30 54 23.9
30 to 40 82 36.3
41-50 54 23.9
51-60 31 13.7
More than 60 5 2.2
EDUCATION
Bachelor 113 50
Post Graduate 36 15.9
Master 67 29.6
Others 10 4.4
POSITION
Entrepreneur 71 31.4
Employees 62 27.4
Supervisor 9 4
Manager 67 29.6
President & Vice President 17 7.5
EMPLOYEES
Less than 50 107 47.3
51-100 54 23.9
101-150 10 4.4
151-200 13 5.8
More than 200 42 18.6
CLASS OF FIRM
Local 180 79.6
Foreign/Export Oriented 25 11.1
Joint Venture 19 8.4
Others 2 0.9
YEAR OF OPERATION
Less than 5 22 9.7
5-10 46 20.4
11-15 49 21.7
16-20 26 11.5
More than 20 83 36.7
INDUSTRY TYPE
Manufacturing 226 100
TOTAL 226
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4.2 Normality of Data:
Kline (1998) suggested that all variables in the analysis for univariate
skewness and kurtosis were satisfactory within conventional criteria for
normality i.e. -3 to 3 for skewness and -10 to 10 for kurtosis. Multivariate
normality (the combination of two or more variables) means that the
individual variable is normal in a univariate sense and that their
combinations are also normal (Hair et al. 2010).
4.2.1 HRM Practices:
Table No.10 Descriptive Statistics of HRMP
N
Skewness Kurtosis
Statistic Std. Error Statistic Std. Error
V1 226 -.892 .162 .569 .322
V2 226 -.121 .162 -.481 .322
V3 226 .129 .162 -.850 .322
V4 226 -.684 .162 .107 .322
V5 226 -.826 .162 .315 .322
V6 226 -.676 .162 .672 .322
V7 226 -.927 .162 .680 .322
V8 226 -.942 .162 .907 .322
V9 226 -1.017 .162 1.161 .322
V10 226 -.732 .162 .712 .322
V11 226 -.488 .162 .147 .322
V12 226 -.783 .162 .627 .322
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V13 226 -.019 .162 -1.153 .322
V14 226 -.742 .162 .341 .322
V15 226 -.491 .162 -.787 .322
V16 226 -.310 .162 -.783 .322
V17 226 -.600 .162 -.332 .322
V18 226 -.707 .162 .212 .322
V19 226 -.629 .162 -.058 .322
V20 226 -.959 .162 .975 .322
V21 226 -.418 .162 -.291 .322
V22 226 -.725 .162 .511 .322
V23 226 -1.175 .162 1.348 .322
V24 226 -.323 .162 .069 .322
V25 226 -.634 .162 -.709 .322
V26 226 -.230 .162 -.650 .322
V27 226 .062 .162 -.929 .322
V28 226 -.269 .162 -.483 .322
V29 226 -.826 .162 .014 .322
V30 226 -.434 .162 -.227 .322
V31 226 -.777 .162 -.209 .322
V32 226 -.124 .162 -.496 .322
V33 226 .042 .162 -1.021 .322
V34 226 -.540 .162 -.610 .322
V35 226 -.463 .162 -.811 .322
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V36 226 -.610 .162 .124 .322
Valid N
(listwise) 226
All skewness value is from -0.019 to -1.175 and kurtosis value is from
0.014 to 1.348. According to the guideline suggested by Kline (1998), all
variables are univariate normal and the individual variable is normal in a
univariate sense and that their combinations are also normal. So
researcher can conclude that HRM data is multivariate normal and
should be used for further multivariate analysis.
4.2.2 Operation Performance:
Table No.11 Descriptive Statistics- Operation Performance
N Skewness Kurtosis
Statist
ic
Statist
ic
Std.
Error
Statist
ic
Std.
Error
V37 226 -.899 .162 .948 .322
V38 226 .009 .162 -1.280 .322
V39 226 -1.038 .162 .889 .322
V40 226 .062 .162 .075 .322
V41 226 -.064 .162 -.221 .322
V42 226 .167 .162 .508 .322
V43 226 -.943 .162 .953 .322
V44 226 -.134 .162 -.689 .322
V45 226 -.023 .162 -.744 .322
V46 226 -.645 .162 -.073 .322
V47 226 -.492 .162 -.369 .322
V48 226 -.835 .162 .400 .322
V49 226 -.700 .162 .111 .322
Valid N (list
wise)
226
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All skewness value is from .009 to 1.035 and kurtosis value is from .073
to 1.280. According to the guideline suggested by Kline (1998), all
variables are univariate normal and the individual variable is normal in a
univariate sense and that their combinations are also normal. So
researcher can conclude that Operation Performance data is multivariate
normal and should be used for further multivariate analysis.
4.2.3 Firm Performance:
Non Financial Performance:
Table No. 12 Descriptive Statistics- Non Financial Performance
N Skewness Kurtosis
Statistic Statistic Std. Error Statistic Std. Error
V50 226 -1.055 .162 1.116 .322
V51 226 -.046 .162 -.677 .322
V52 226 -.449 .162 -.272 .322
V53 226 -.560 .162 -.449 .322
V54 226 -.279 .162 -.984 .322
Valid N
(listwise)
226
All skewness value is from -.279 to -1.055 and kurtosis value is from -
.272 to 1.116. According to the guideline suggested by Kline (1998), all
variables are univariate normal and the individual variable is normal in a
univariate sense and that their combinations are also normal. So
researcher can conclude that Firm’s Non Financial Performance data is
multivariate normal and should be used for further multivariate analysis.
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Financial Performance:
Table No.13 Descriptive Statistics- Financial Performance
N Skewness Kurtosis
Statist
ic
Statist
ic
Std.
Error
Statist
ic
Std.
Error
V55 226 -.402 .162 .115 .322
V56 226 -.560 .162 .572 .322
V57 226 -.415 .162 -.125 .322
V58 226 -.477 .162 .367 .322
V59 226 -.390 .162 .227 .322
V60 226 -.564 .162 -.359 .322
V61 226 -.558 .162 .413 .322
V62 226 -.972 .162 1.387 .322
Valid N (list
wise)
226
All skewness value is from -.390 to -.972 and kurtosis value is from .115
to .572. According to the guideline suggested by Kline (1998), all
variables are univariate normal and the individual variable is normal in a
univariate sense and that their combinations are also normal. So
researcher can conclude that Firm’s Financial Performance data is
multivariate normal and should be used for further multivariate analysis.
4.2.4 Business Operation Modes
Table No.14 Descriptive Statistics- Business Operation Modes
N Skewness Kurtosis
Statist
ic
Statist
ic
Std.
Error
Statist
ic
Std.
Error
V63 226 .090 .162 -1.400 .322
V64 226 -.273 .162 -1.579 .322
V65 226 -.829 .162 -.812 .322
V66 226 -.685 .162 -1.034 .322
V67 226 -.624 .162 -1.087 .322
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V68 226 -.588 .162 -1.151 .322
Valid N
(listwise)
226
All skewness value is from .090 to -.892 and kurtosis value is from -.812
to -1.579. According to the guideline suggested by Kline (1998), all
variables are univariate normal and the individual variable is normal in a
univariate sense and that their combinations are also normal. So
researcher can conclude that Firm’s Business Operation Modes data is
multivariate normal and should be used for further multivariate analysis.
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4.3 Multicollinearity:
The correlations between the variables in your model are provided in the
table labeled Correlations. Check that your independent variables show
at least some relationship with your dependent variable (above .3
preferably). (Pallant, 2005)
4.3.1 HRM Practices:
Table No.15 Correlation Matrix- HRM Practices
HR Planni
ng
Staffi
ng Practic
es
Incen
tives Practi
ces
Perfor
mance Appra
isal
Training Prog
ram
Team wo
rk
Empl
oyee Particip
ation
CSR t
owards emp
loyees
HR
Planning
1
Staffing Pra
ctices
.353** 1
Incentives
Practices
.450** .463** 1
Performan
ce Appraisal
.576** .416** .484** 1
Training P
rogram
.451** .402** .353** .486** 1
Team work .280** .473** .464** .345** .347** 1
Employee
Participatio
n
.229** .435** .263** .285** .306** .480** 1
CSR towar
ds employe
es
.440** .333** .303** .461** .369** .215** .262** 1
**. Correlation is significant at the 0.01 level (2-tailed).
In HRM construct, the correlation between all independent variables are
less than 0.9, therefore, as per guideline suggested by Pallant (2005) all
variables will be retained. It indicates that data is free from
multicollinearity problem and need not to remove any variable form
further analysis. All HRMP dimensions are correlated with each other
and it’s statistically significant as p-value is less than 0.01.
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4.3.2 Operation Performance
Table No. 16 Correlation Matrix - Operation Performance
Product Quality Product Cost Delivery Flexibility
Product Quality Pearson Correlation
1
Product Cost Pearson
Correlation
.256** 1
Delivery Pearson
Correlation
.448** .167** 1
Flexibility Pearson
Correlation
.398** 0.047 .285** 1
**. Correlation is significant at the 0.01 level (2-tailed)
In Operation Performance construct, the correlation between all
independent variables are less than 0.9, therefore, as per guideline
suggested by Pallant (2005) all variables will be retained. It indicates that
data is free from multicollinearity problem and need not to remove any
variable form further analysis. All Operation Performance dimensions are
correlated with each other and it’s statistically significant as p-value is
less than 0.01.
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4.3.5 HRM Practices:
Table No.17 Multicollinearity- HRM Practices
Model
Standardized
Coefficients
t Sig.
Collinearity
Statistics
Beta Tolerance VIF
1 (Constant) 7.536 0
HR Planning 0.134 1.773 0.078 0.578 1.729
Staffing Practices 0.152 2.056 0.041 0.609 1.642
Incentives Practices 0.118 1.599 0.111 0.606 1.649
Performance Appraisal 0.098 1.233 0.219 0.527 1.896
Training Program -0.035 -
0.492
0.623 0.661 1.513
Team work -0.115 -
1.559
0.12 0.611 1.637
Employee Participation 0.17 2.465 0.014 0.697 1.435
CSR towards employees 0.195 2.85 0.005 0.711 1.407
According to Juie Pallant (2005) have quoted commonly used cut-off
points for determining the presence of multicollinearity (tolerance value
of less than .10, or a VIF value of above 10). These values, however, still
allow for quite high correlations between independent variables (above
.9), so we should take them only as a warning sign, and check the
correlation matrix.
The tolerance value for each independent variable is ranged from 0.527
to 0.711, which is not less than .10; therefore, data have not violated the
multicollinearity assumption. This is also supported by the VIF value,
which is ranged from 1.407 to 1.896, which is well below the cut-off of
10.
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4.4 Outlier, Normality, Homoscedasticity, Independence of
Residual:
One of the ways that these assumptions can be checked is by inspecting
the residuals scatterplot and the Normal Probability Plot of the regression
standardized residuals that were requested as part of the analysis.
Figure No. 5 P-P Plot
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Figure No. 6 Scatterplot
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In the Normal Probability Plot (Figure No. 5), we observed that our points
have lie in a reasonably straight diagonal line from bottom left to top
right. This would no major deviations from normality.
In the Scatter plot of the standardized residuals (Figure No. 6) we
observed that the residuals were roughly rectangular distributed, with
most of the scores concentrated in the centre (along the 0 point).
Standardized residual (as displayed in the scatter plot) concentrated of
more than 3.3 or less than -3.3.
The other information in the output concerning unusual cases is in the
Table titled Case wise Diagnostics. This presents information about cases
that have standardized residual values above 3.0 or below -3.0. In a
normally distributed sample we would expect only 1 per cent of cases to
fall outside this range.
Table No.18 Case wise Diagnostics
Case
Number
Std.
Residual
Firm
Performance
Predicted
Value
Residua
l
5 4.160 65.00 41.2424 23.7576
2
142 3.091 58.00 40.3467 17.6533
2
a. Dependent Variable: FIRM PERFORMANCE
To check whether this strange case is having any undue influence on the
results for this model as a whole, researcher can check the value for
Cook’s Distance given towards the bottom of the Residuals Statistics
table.
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Table No.19 Residuals Statistics
Minimum Maximum Mean
Std.
Deviation N
Predicted Value 34.6856 53.6396 45.8009 3.49702 226
Std. Predicted Value -3.178 2.242 .000 1.000 226
Standard Error of
Predicted Value
.564 2.436 1.103 .287 226
Adjusted Predicted
Value
34.6191 53.8061 45.7750 3.54069 226
Residual -16.10012 23.75762 .00000 5.60812 226
Std. Residual -2.819 4.160 .000 .982 226
Stud. Residual -2.880 4.225 .002 1.005 226
Deleted Residual -16.79870 24.49747 .02585 5.87797 226
Stud. Deleted Residual -2.930 4.400 .003 1.013 226
Mahal. Distance 1.202 39.939 7.965 5.072 226
Cook's Distance .000 .127 .005 .013 226
Centered Leverage Value .005 .178 .035 .023 226
a. Dependent Variable: FIRM PERFORMANCE
According to Tabachnick and Fidell (2001, p. 69), cases with values
larger than 1, are a potential problem. In data, the maximum value for
Cook’s Distance is .005, suggesting no major problems.
In nutshell, data are not violating of assumption of Normality, Linearity,
Multicollinearity, Outlier, Homoscedasticity, and Independence of
Residual and fit for multivariate analysis.
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4.5 Reliability Analysis
The coefficient alpha or Cronbach’s alpha is the average of all possible
split-half coefficients resulting from different ways of splitting the scale
items. This coefficient varies from 0 to 1, and a value of 0.6 or less
generally indicate unsatisfactory internal consistency reliability
(Malhotra & Dash, 2011).
4.5.1 Split-Half Reliability
Table No.20 Split-Half Reliability
Reliability Statistics HRMP OP FP
Cronbach's
Alpha
Part
1
Value .861 .601 .713
N of
Items
18 7 7
Part
2
Value .861 .694 .721
N of
Items
18 6 6
Total N of
Items
36 13 13
Correlation Between
Forms
.603 .494 .428
Spearman-
Brown
Coefficient
Equal Length .752 .661 .600
Unequal
Length
.752 .662 .601
Guttman Split-Half
Coefficient
.752 .661 .590
In above table, the items on the scales are divided into two halves and
the resulting half score are correlated. High correlations between the
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halves indicate high internal consistency. The measurement scales have
good internal consistency, with a correlation between forms is more than
0.4, instruments are reliable for measuring HRMP, FP and OP.
4.5.2 Cronbach Reliability
Table No.21 Cronbach Reliability
Reliability
Statistics
HRM
Practices OP FP
Cronbach's
Alpha
N of
Items
Cronbach's
Alpha N of Items
Cronbach's
Alpha
N of
Items
.908 36 .755 13 .783 13
Table No.22 Cronbach Reliability- HRMP Dimensions
Dimensions item
Cronbach’s
alpha
Human Resource Planning
(HR Planning) 4 0.682
Staffing Practices 4 0.598
Incentives Practices 3 0.74
Performance Appraisal 3 0.496
Training Program 3 0.734
Team work 3 0.697
Employee Participation 3 0.585
CSR towards employees 13 0.877
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Table No.23 Cronbach Reliability- Operation Dimensions
Dimensions item
Cronbach’s
alpha
Product Quality 3 0.329
Product Cost 3 0.712
Delivery 3 0.666
Flexibility 4 0.782
Table No.24 Cronbach Reliability- Firm Performance Dimensions
Dimensions item
Cronbach’s
alpha
Non Financial Performance 5 0.733
Financial Performance 8 0.797
According to Malhotra & Dash (2011), the scale has good internal
consistency, with a Cronbach’s alpha coefficient reported of more than
0.60. In the current study the Cronbach’s alpha coefficient were >0.75.
Hence, all the scales can be considered reliable for measuring the
construct.
4.5.3 Item-Total Reliability Statistics
Correlated Item-Total Correlation gives us an indication of the degree to
which each item correlated with total score. Low values (less than 0.3)
indicate the item is measuring something different from the scale as a
whole. If the Cronbach’s alpha is too low (e.g. less than 0.7), it may need
to consider removing items with low-total correlation.
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In the column headed Alpha if Item Deleted, the impact of removing each
item from the scale is given. Compare these values with the final alpha
value obtained. If any of the values in this column are higher than the
final alpha value, we may want to consider removing this item from the
scale. For established, well validated scales, we would normally consider
doing this only if the alpha value was low (less than .7).
HRM Practices
Table No.25 Item-Total Statistics-HRMP
Scale Mean if
Item Deleted
Scale
Variance if
Item Deleted
Corrected
Item-Total
Correlation
Cronbach's
Alpha if Item
Deleted
V1 123.59 328.208 .473 .906
V2 123.96 324.488 .550 .905
V3 124.23 328.243 .389 .907
V4 123.54 329.476 .392 .907
V5 123.59 331.985 .341 .907
V6 123.18 331.100 .433 .906
V7 122.97 337.617 .318 .909
V8 123.16 324.342 .569 .904
V9 123.33 331.128 .374 .907
V10 123.40 326.792 .534 .905
V11 123.40 328.019 .478 .906
V12 123.37 328.092 .474 .906
V13 123.95 321.744 .484 .906
V14 123.32 329.829 .427 .906
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V15 123.59 324.589 .462 .906
V16 123.68 321.969 .532 .905
V17 123.49 327.575 .426 .906
V18 123.41 330.198 .402 .907
V19 123.54 331.343 .342 .908
V20 123.38 329.339 .437 .906
V21 123.66 333.086 .325 .908
V22 123.38 330.975 .403 .907
V23 123.00 335.013 .284 .908
V24 123.64 325.902 .567 .905
V25 123.56 317.305 .560 .904
V26 123.57 321.953 .581 .904
V27 123.89 326.543 .421 .907
V28 123.65 329.661 .386 .907
V29 123.45 321.999 .535 .905
V30 123.70 326.725 .440 .906
V31 123.59 323.968 .465 .906
V32 123.54 334.232 .280 .908
V33 123.90 322.533 .543 .905
V34 123.90 320.207 .576 .904
V35 123.35 323.750 .535 .905
V36 123.28 334.931 .280 .908
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In HRMP Scale, Correlated Item-Total Correlation values are higher than
0.30, means all the items are measuring scale as a whole. So there is no
need to remove any item from the scale.
“Cronbach’s Alpha if Item Deleted” Colum shows that overall reliability of
scale would increase if some of the item will be removed from the scale.
But from above table, we found that none of the item of HRMP, can be
deleted.
Operational Performance
Table No.26 Item-Total Statistics-OP
Scale
Mean if
Item
Deleted
Scale
Variance
if Item
Deleted
Corrected
Item-Total
Correlation
Cronbach's
Alpha if
Item
Deleted
V37 42.48 36.224 .437 .734
V38 43.74 35.972 .353 .760
V39 42.27 36.091 .449 .733
V40 43.17 37.361 .352 .743
V41 43.36 37.858 .341 .754
V42 43.35 38.387 .318 .755
V43 42.49 35.220 .488 .728
V44 42.86 35.452 .452 .732
V45 43.04 36.808 .302 .748
V46 42.83 35.412 .396 .738
V47 42.79 35.768 .383 .739
V48 42.47 34.597 .528 .723
V49 42.58 35.054 .490 .728
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In Operation Performance Scale, Correlated Item-Total Correlation values
are higher than 0.30, means all the items are measuring scale as a
whole. So there is no need to remove any item from the scale.
“Cronbach’s Alpha if Item Deleted” Colum shows that overall reliability of
scale would increase if some of the item will removed from the scale. But
from above table, we found that none of the item of Operation
Performance Scale can be deleted.
Firm Performance
Table No.27 Item-Total Statistics-FP
Scale
Mean if
Item
Deleted
Scale
Variance
if Item
Deleted
Corrected
Item-Total
Correlation
Cronbach's
Alpha if
Item
Deleted
V50 42.16 37.524 .475 .763
V51 42.77 37.058 .427 .768
V52 42.26 38.896 .379 .772
V53 42.31 37.733 .313 .782
V54 42.39 36.701 .373 .776
V55 42.41 37.176 .545 .757
V56 42.10 38.865 .442 .767
V57 42.33 37.387 .539 .758
V58 42.21 39.368 .393 .771
V59 42.33 38.187 .396 .771
V60 42.23 37.982 .408 .769
V61 42.27 40.303 .268 .781
V62 42.00 37.716 .471 .764
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In Firm Performance Scale, Correlated Item-Total Correlation values are
higher than 0.30, means all the items are measuring scale as a whole. So
there is no need to remove any item from the scale.
“Cronbach’s Alpha if Item Deleted” Column shows that overall reliability
of scale would increase if some of the items will be removed from the
scale. But from above table, we found that none of the item of Firm
Performance Scale can be deleted.
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4.6 Hypothesis Testing
4.6.1 H1: HRM practices are positively related to firm’s
performance.
Table No.28 Correlations between HRMP and FP
HRMP
FIRM
PERFORMANCE
HRM Practices Pearson
Correlation
1 .494**
Sig. (2-tailed) .000
N 226 226
FIRM
PERFORMANCE
Pearson
Correlation
.494** 1
Sig. (2-tailed) .000
N 226 226
**. Correlation is significant at the 0.01 level (2-tailed).
The relationship between HRM Practices and Firm Performance was
investigated using Pearson product-moment correlation coefficient.
Preliminary analyses were performed to ensure no violation of the
assumption of normality, linearity and homoscedasticity. There
was a positive correlation between HRM Practices and Firm
Performance.
There is linear positive correlation between HRM Practices and Firm
Performance. The correlation coefficient is 0.494 and is statistically
significant as the p-value is less than 0.01. In other words,
researcher failed to accept the Ho and leads to rejection of Ho.
It means, HRM practices are positively related to firm’s performance.
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ii. Correlation between HRM Dimensions and
Financial & Non-Financial Performance
Table No.29 Correlations between Nonfinancial and Financial
Performance
Nonfinancial
Performance
Financial
Performance
HR Planning Pearson
Correlation
.499* .130
Sig. (2-tailed) .000 .050
N 226 226
Staffing
Practices
Pearson
Correlation
.294* .287*
Sig. (2-tailed) .000 .000
N 226 226
Incentives
Practices
Pearson
Correlation
.329* .214*
Sig. (2-tailed) .000 .001
N 226 226
Performance
Appraisal
Pearson
Correlation
.464* .163*
Sig. (2-tailed) .000 .014
N 226 226
Training
Program
Pearson
Correlation
.271* .153*
Sig. (2-tailed) .000 .022
N 226 226
Teamwork Pearson
Correlation
.121 .182*
Sig. (2-tailed) .068 .006
N 226 226
Employee
Participation
Pearson
Correlation
.189* .295**
Sig. (2-tailed) .004 .000
N 226 226
CSR towards
employees
Pearson
Correlation
.414* .227*
Sig. (2-tailed) .000 .001
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N 226 226
*. Correlation is significant at the 0.05 level (2-tailed).
The relationship between HRM Dimensions and Financial & Non-
Financial Performance was investigated using Pearson product-
moment correlation coefficient. Preliminary analyses were
performed to ensure no violation of the assumption of normality,
linearity and homoscedasticity. There was a positive correlation
between HRM Dimensions and Financial & Non-Financial
Performance.
There is linear positive correlation between HRM Dimensions and
Financial & Non-Financial Performance.The correlation coefficients
are positive and are statistically significant as the p-value is less
than 0.05.
There is no statistically significant correlation between team work
and Non-financial performance of firm, as p-value is greater than
0.05.
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4.6.2 H2: HRM practices are positively related to Operation performance.
Table No.30 Correlations between HRMP and OP
HRM
OPERATION
PERFORMANCE
HRM Practices Pearson
Correlation
1 .399**
Sig. (2-tailed) .000
N 226 226
**. Correlation is significant at the 0.01 level (2-tailed).
The relationship between HRM Practices and Operation Performance
was investigated using Pearson product-moment correlation
coefficient. Preliminary analyses were performed to ensure no
violation of the assumption of normality, linearity and
homoscedasticity. There was a positive correlation between HRM
Practices and Operation Performance.
There is linear positive correlation between HRM Practices and
Operation Performance. The correlation coefficient is 0.399 and is
statistically significant as the p-value is less than 0.01. In other
words, researcher failed to accept the Ho and leads to rejection of
Ho.
It means, HRM practices are positively related to of Operation
performance.
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Correlation between HRM Dimensions and Operation
Performance
Table No.31 Correlations between HRMP Dimensions and OP
Operation
Performance
HR Planning Pearson
Correlation
.275**
Sig. (2-tailed) .000
N 226
Staffing Practices Pearson
Correlation
.282**
Sig. (2-tailed) .000
N 226
Incentives Practices Pearson
Correlation
.343**
Sig. (2-tailed) .000
N 226
Performance Apprai
sal
Pearson
Correlation
.280**
Sig. (2-tailed) .000
N 226
Training Program Pearson Correlation
.202**
Sig. (2-tailed) .002
N 226
Team work Pearson
Correlation
.209**
Sig. (2-tailed) .002
N 226
Employee Participat
ion
Pearson
Correlation
.241**
Sig. (2-tailed) .000
N 226
CSR towards emplo
yees
Pearson
Correlation
.309**
Sig. (2-tailed) .000
N 226
**. Correlation is significant at the 0.01 level (2-
tailed).
The relationship between HRM Dimensions and Operation
Performance was investigated using Pearson product-moment
correlation coefficient. Preliminary analyses were performed to
ensure no violation of the assumption of normality, linearity and
149 | P a g e
homoscedasticity. There is a positive correlation between HRM
Dimensions and Operation Performance. The correlation
coefficients are positive and are statistically significant as the p-
value is less than 0.01 between HRM Dimensions and Operation
Performance.
150 | P a g e
4.6.3 H3: HRM Practices has impact on firm’s non financial performance.
Table No.32 Model Summary HRM Practices & financial performance
Mode
l R
R
Square
Adjusted R
Square
Std. Error of
the
Estimate
1 .503a .253 .250 3.268
a. Predictors: (Constant), HRMP
From above table, the value of R-Square is .250, which means that about
25 per cent variation in the dependent variable-non-financial
performance is explained by the independent variable- HRM Practices.
Table No.33 ANOVA- HRM Practices & financial performance
Model
Sum of
Squares df
Mean
Square F Sig.
1 Regression 810.929 1 810.929 75.920 .000a
Residual 2392.633 224 10.681
Total 3203.562 225
a. Predictors: (Constant), HRMP
b. Dependent Variable: Non Financial Performance
The F-value is the Mean Square regression dived by the Mean Square
Residual, yielding F=75.920. The p-value associated with the F value is
very small (.000). These values are used to answer the questions “Do the
independent variable reliably explain the variations in the dependent
variables?” The p-value is compared to chosen alpha level (0.05) and, if
smaller, one can conclude that the independent variable explain
151 | P a g e
variations in the dependent variable. If the p-value was greater than
0.05, then the group of independent variables does not show a
statistically significant relationship with the dependent variables nor
does it explain the variation in the dependent variables. Here we can say
that HRM practices explain the significant amount of variation in the
Non-Financial performance of the firm.
Table No.34 Coefficients-HRM Practices & financial performance
Model
Unstandardized
Coefficients
Standardized
Coefficients
t Sig. B Std. Error Beta
1 (Constant) 4.196 1.506 2.786 .006
HRMP .102 .012 .503 8.713 .000
a. Dependent Variable: Nonfinancial Performance
From above table, the beta of HRMP variable is .503 and it’s significant
(p<.05), it means HRMP have strong impact on Non-financial
performance of firm.
152 | P a g e
4.6.4 H4: HRM practices have impact on firm’s financial
performance.
Table No.35 Model Summary- HRM practices and financial performance
Model R
R
Square
Adjusted R
Square
Std. Error of the
Estimate
1 .300a .090 .086 4.344
a. Predictors: (Constant), HRMP
From above table, the value of R-Square is .090, which means that about
9 per cent variation in the dependent variable-financial performance is
explained by the independent variable- HRM Practices.
Table No.36 ANOVA- HRM practices and financial performance
Model
Sum of
Squares df
Mean
Square F Sig.
1 Regressi
on
419.268 1 419.268 22.223 .000a
Residual 4226.007 224 18.866
Total 4645.274 225
a. Predictors: (Constant), HRMP
b. Dependent Variable: Financial Performance
The F-value is the Mean Square regression dived by the Mean Square
Residual, yielding F=22.223. The p-value associated with the F value is
very small (.000). These values are used to answer the questions “Do the
independent variable reliably explain the variations in the dependent
variables?” The p-value is compared to chosen alpha level (0.05) and, if
smaller, one can conclude that the independent variable explain
variations in the dependent variable. If the p-value was greater than
0.05, then the group of independent variables does not show a
153 | P a g e
statistically significant relationship with the dependent variables nor
does it explain the variation in the dependent variables. Here we can say
that HRM practices explain the minor significant amount of variation in
the financial performance of the firm.
Table No. 37 Coefficients HRM practices and financial performance
Coefficients
Model
Unstandardized
Coefficients
Standardize
d
Coefficients
t Sig. B
Std.
Error Beta
(Constant) 19.282 2.002 9.633 .000
HRM .073 .016 .300 4.714 .000
a. Dependent Variable: Financial Performance
From above table, the beta of HRMP variable is .300 and it’s significant
(p<.05), it means HRMP have impact on Financial Performance of firm.
154 | P a g e
How to measure mediating effect??
Figure No.7 Introduction of B as mediator variable between A and C
In the first regression, the significance of the path from A to B is
examined. In the second regression, the significance of the path A to the
dependent variable C is examined. Finally, the significance of the path B
to C is examined in the third regression by using A and B as predictors of
C. In the third equation simultaneous entry, rather that hierarchical
entry is used. Simultaneously energy allows for controlling the effect of A
while the effect on B on C examined, and controlling the effect of B while
the effect of A on C is examined (Baron & Kenny, 1986; Holmbeck, 1997).
The results are then compared, that is, the relative effect of A to C (when
B is controlled in the third equation) to the effect of A on C (when B is
not controlled in the second equation). The sequence of these regression
is summarized below.
155 | P a g e
Table No.38 Sequence of Regression Analysis, to establish the Mediating
Effect.
Equation
No.
Description
1 B regressed on A
2 C regressed on A
3 C regressed on A and B
simultaneously
4 Compare equation 3 with Equation 2
5 Mediating established if A to C is
non-significant in the third equation
effect
156 | P a g e
4.6.5 H5: Management Style (Decentralization Vs
Centralization) moderately affects the relationship
between HRM practices and firm’s Operational
performance.
Figure No.8 X (a) significant direct relationship between HRMP and
Firm’s Operation Performance.
Figure No.8 (b) Introduction of Management style a mediator show that
the relationship between HRMP and Firm’s Operation Performances
In above model, it assumes a three-variable system. First, a direct and
significant relationship between HRMP and Firm’s Operation
Performances is established after introducing the mediator variable
Management Style the path between HRMP and Firm’s Operation
Performances become significant or non-significant.
157 | P a g e
Table No.39 Sequence of Regression Analyses to establish the Mediating
Effect of Management Style on Operation Performance
R
Square F Sig. Beta sig.***
a HRMPMS .017 3.904 0.049 0.131 0.049
b HRMPOP .160 42.53 0.000 .399 0.000
c
HRMP and
MS OP .160 21.18 0.000 .401* .000
-
.008**
.894
*beta of HRMP , **beta of MS,***Sig. at 95% Confidence Level
To establish mediation effect of Decentralization (management style), the
following condition must be hold; First, independent variable (HRM
Practices) must affect mediator (Management style) in the first equation;
second, the independent variable HRM Practices must affect outcome
variable (Firm’s Operation Performance) in the second equation and
third, the mediator (Management style) must affect the outcome the
outcome variable (Firm’s Operation Performance) in the third equation. If
all these conditions hold in predicted direction then effect of independent
variable on outcome variable will be certainly lessened in the third
equation than in second equation.
If the effect of independent variables on outcome variable in presence of
mediator variable is reduced (in terms of regression coefficient but still
significant), the model is consistent with partial mediation.
Here, the mediator variable Management style has no significant effect
(p>.05,in equation no.3) on the relationship between HRM practices and
Firm’s Operation Performance.
158 | P a g e
Table No.40 Partial Correlations
Control Variables HRMP
Operation
Performance
Management
style
HRMP Correlation 1.000 .397*
Significance (2-
tailed)
. .000
df 0 223
Operation
Performance
Correlation .397* 1.000
Significance (2-
tailed)
.000 .
df 223 0
*. Correlation is significant at the 0.05 level (2-tailed).
The relationship between HRM Practices and Operation Performance
was investigated using Pearson product-moment correlation
coefficient. Preliminary analyses were performed to ensure no
violation of the assumption of normality, linearity and
homoscedasticity. There was a positive correlation between HRM
Practices and Operation Performance.
There is linear positive correlation between HRM Practices and
Operation Performance. The correlation coefficient is 0.399 and is
statistically significant as the p-value is less than 0.05.
We are correlating HRM Practices with Operation Performance while
controlling for management style. Thus, we have measure of the
association between HRM Practices with Operation Performance,
while removing the association between management style and the
two variables are correlating.
The changes in the correlation is very small, correlation coefficient is
.397 and is statistically significant as the p-value is less than 0.05.
159 | P a g e
It means, if we control mediator variable decentralization, then
there is a slight effect on the relationship between HRM practices
and firm’s Operational performance.
160 | P a g e
4.5.6 H6: Management Style (Decentralization Vs
Centralization) moderately affects the relationship
between HRM practices and firm’s performance.
Figure No.9 X (a) significant direct relationship between HRMP and Firm
Performance.
Figure No. 9. (b) Introduction of Management style a mediator show that
the relationship between HRMP and Firm Performances
The model assumes a three-variable system. First, a direct and
significant relationship between HRMP and Firm Performance is
established. After introducing the mediator variable Management Style,
the path between HRMP and Firm Performance become significant or
non-significant.
161 | P a g e
Table No.41 Sequence of Regression Analyses to establish the Mediating
Effect of Management Style on Firm Performance
R
Square F Sig. Beta sig.***
a HRMPMS 0.017 3.904 0.049 0.131 0.049
b HRMPFP 0.224 72.23 0.000 0.494 0.000
c
HRMP and
MS FP 0.237 36.01 0.000 0.492* 0.000
0.292** 0.771
*beta of HRMP, **beta of MS, ,***Sig. at 95% Confidence Level
To establish mediation effect of Decentralization (management style), the
following condition must be hold; First, independent variable (HRM
Practices) must affect mediator (Management style) in the first equation;
second, the independent variable HRM Practices must affect outcome
variable (Firm Performance) in the second equation and third, the
mediator (Management style) must affect the outcome the outcome
variable (Firm Performance) in the third equation. If all these conditions
hold in predicted direction then effect of independent variable on
outcome variable will be certainly lessened in the third equation than in
second equation.
If the effect of independent variables on outcome variable in presence of
mediator variable is reduced (in terms of regression coefficient but still
significant), the model is consistent with partial mediation.
Here, the mediator variable management style has no significant effect
(p>.05, in equation no.3) on the relationship between HRM practices and
firm’s Operation performance.
162 | P a g e
Table No.42 Partial Correlations between HRMP and FP
Correlations
Control Variables HRM FIRM PERFORMANCE
Management
style
HRM Correlation 1.000 .489*
Significance (2-
tailed)
. .000
df 0 223
FIRM
PERFORMANCE
Correlation .489* 1.000
Significance (2-
tailed)
.000 .
df 223 0
*. Correlation is significant at the 0.05 level (2-tailed).
The relationship between HRM Practices and Firm’s Performance
was investigated using Pearson product-moment correlation
coefficient. Preliminary analyses were performed to ensure no
violation of the assumption of normality, linearity and
homoscedasticity. There was a positive correlation between HRM
Practices and Firm’s Performance.
There is linear positive correlation between HRM Practices and
Firm’s Performance. The correlation coefficient is 0.494 and is
statistically significant as the p-value is less than 0.05.
We are correlating HRM Practices with Firm’s Performance while
controlling for management style. Thus, we have measure of the
association between HRM Practices with Firm’s Performance, while
removing the association between management style and the two
variables are correlating.
The changes in the correlation is very small, correlation coefficient is
.489 and is statistically significant as the p-value is less than 0.05.
163 | P a g e
It means, if we control mediator variable decentralization, then
there is a slight effect on the relationship between HRM practices and
Firm’s Performance
164 | P a g e
4.6.7 H7: Social Capital (Trust Vs Distrust) moderately
affects the relationship between HRM practices and firm’s
Operation performance.
Figure No.10 (a) significant direct relationship between HRMP and Firm’s
Operation Performance.
Figure No.10 (b) Introduction of Social Capital a mediator show that the
relationship between HRMP and Firm’s Operation Performances
The model assumes a three-variable system. First, a direct and
significant relationship between HRMP and Operation Performance is
established after introducing the mediator variable Social Capital, the
path between HRMP and Operation Performance become significant or
non-significant.
165 | P a g e
Table No.43 Sequence of Regression Analyses to establish the Mediating
Effect of Social Capital on Operation Performance
R
Square F Sig. Beta sig.***
a HRMPSC .100 24.79 0.000 -.316 0.000
b HRMPOP .160 42.53 0.000 .399 0.000
c
HRMP and
SC OP .160 21.18 0.000 .397 .000
-.007 .908 *beta of HRMP , **beta of SC, ,***Sig. at 95% Confidence Level
To establish mediation effect of Social Capital (Tust), the following
condition must be hold; First, independent variable (HRM Practices)
must affect mediator (Social Capital) in the first equation; second, the
independent variable HRM Practices must affect outcome variable
(Operation Performance) in the second equation and third, the mediator
(Social Capital) must affect the outcome the outcome variable (Operation
Performance) in the third equation. If all these conditions hold in
predicted direction then effect of independent variable on outcome
variable will be certainly lessened in the third equation than in second
equation.
If the effect of independent variables on outcome variable in presence of
mediator variable is reduced (in terms of regression coefficient but still
significant), the model is consistent with partial mediation.
Here, the mediator variable Social Capital has no significant effect
(p>.05,in equation no.3) on the relationship between HRM practices and
firm’s Operation performance.
166 | P a g e
Table No.44 Partial Correlation between HRMP and OP
Correlations
Control Variables HRM
OPERATION
PERFORMANCE
Social
Capital
HRM Correlation 1.000 .380*
Significance (2-
tailed)
. .000
df 0 223
OPERATION
PERFORMANCE
Correlation .380* 1.000
Significance (2-
tailed)
.000 .
df 223 0
*. Correlation is significant at the 0.05 level (2-tailed).
The relationship between HRM Practices and Firm’s Operation
Performance was investigated using Pearson product-moment
correlation coefficient. Preliminary analyses were performed to
ensure no violation of the assumption of normality, linearity and
homoscedasticity. There was a positive correlation between HRM
Practices and Firm’s Operation Performance.
There is linear positive correlation between HRM Practices and
Firm’s Operation Performance. The correlation coefficient is 0.399
and is statistically significant as the p-value is less than 0.05.
We are correlating HRM Practices with Firm’s Operation
Performance while controlling for Social Capital. Thus, we have
measure of the association between HRM Practices with Firm’s
Operation Performance, while removing the association between
Social capital and the two variables are correlating.
The changes in the correlation is very small, correlation coefficient is
.380 and is statistically significant as the p-value is less than 0.05.
167 | P a g e
It means, if we control mediator variable Social Capital, then there
is a slight effect on the relationship between HRM practices and
Firm’s Operation Performance
168 | P a g e
4.6.8 H8: Social Capital (Trust Vs Distrust) moderately
affects the relationship between HRM practices and firm’s
performance.
Figure.No.11 (a): Significant direct relationships between HRMP and
Firm’s Operation Performance.
Figure No.11. (b) Introduction of Social Capital a mediator show that the
relationship between HRMP and Firm Performances
The model assumes a three-variable system. First, a direct and
significant relationship between HRMP and Firm Performance is
established. After introducing the mediator variable Social Capital, the
path between HRMP and Firm Performance become significant or non-
significant.
169 | P a g e
Table No.45 Sequence of Regression Analyses to establish the Mediating
Effect of Social Capital on Firm Performance
R
Square F Sig. Beta sig.***
a HRMPSC .100 24.79 0.000 -.316 0.000
b HRMPFP .244 72.23 0.000 .494 0.000
c
HRMP and
SC FP .244 35.98 0.000 .489 .000
-.014 .824 *beta of HRMP , **beta of SC, ,***Sig. at 95% Confidence Level
To establish mediation effect of Social Capital (Tust), the following
condition must be hold; First, independent variable (HRM Practices)
must affect mediator (Social Capital) in the first equation; second, the
independent variable HRM Practices must affect outcome variable (Firm
Performance) in the second equation and third, the mediator (Social
Capital) must affect the outcome the outcome variable (Firm
Performance) in the third equation. If all these conditions hold in
predicted direction then effect of independent variable on outcome
variable will be certainly lessened in the third equation than in second
equation.
If the effect of independent variables on outcome variable in presence of
mediator variable is reduced (in terms of regression coefficient but still
significant), the model is consistent with partial mediation.
Here, the mediator variable Social Capital has no significant effect
(p>.05, in equation no.3) on the relationship between HRM practices and
Firm Performance.
170 | P a g e
Table No.46 Partial Correlation between HRMP and FP
Correlations
Control Variables HRMP
FIRM
PERFORMANCE
Social
Capital
HRMP Correlation 1.000 .471*
Significance (2-
tailed)
. .000
df 0 223
FIRM
PERFORMANCE
Correlation .471* 1.000
Significance (2-
tailed)
.000 .
df 223 0
*. Correlation is significant at the 0.05 level (2-tailed).
The relationship between HRM Practices and Firm Performance was
investigated using Pearson product-moment correlation coefficient.
Preliminary analyses were performed to ensure no violation of the
assumption of normality, linearity and homoscedasticity. There
was a positive correlation between HRM Practices and Firm
Performance.
There is linear positive correlation between HRM Practices and Firm
Performance. The correlation coefficient is 0.494 and is statistically
significant as the p-value is less than 0.05.
We are correlating HRM Practices with Firm Performance while
controlling for Social Capital. Thus, we have measure of the
association between HRM Practices with Firm Performance, while
removing the association between Social capital and the two
variables are correlating.
The changes in the correlation is very small, correlation coefficient is
.471 and is statistically significant as the p-value is less than 0.05.
171 | P a g e
It means, if we control mediator variable Social Capital, then there
is a slight effect on the relationship between HRM practices and
Firm Performance
172 | P a g e
4.6.9 H9: Corporate culture (Proactive Vs Reactive)
moderately affects the relationship between HRM
practices and firm’s Operation performance.
Figure 12 (a) significant direct relationship between HRMP and Firm’s
Operation Performance.
Figure No. 12(b) Introduction of Corporate Culture a mediator show that
the relationship between HRMP and Firm’s Operation Performances
The model assumes a three-variable system. First, a direct and
significant relationship between HRMP and Operation Performance is
established. After introducing the mediator variable Corporate Culture,
the path between HRMP and Operation Performance become significant
or non-significant.
173 | P a g e
Table No.47 Sequence of Regression Analyses to establish the Mediating
Effect of Corporate culture on Operation Performance
R
Square F Sig. Beta sig.***
a HRMPCC .105 26.37 0.000 -.325 0.000
b HRMPOP .160 42.53 0.000 .399 0.000
c
HRMP and
CC OP .160 21.30 0.000 .389 .000
-.031 .631 *beta of HRMP , **beta of CC, ,***Sig. at 95% Confidence Level
To establish mediation effect of Corporate Culture the following condition
must be hold; First, independent variable (HRM Practices) must affect
mediator (Corporate Culture) in the first equation; second, the
independent variable HRM Practices must affect outcome variable
(Operation Performance) in the second equation and third, the mediator
(Corporate Culture) must affect the outcome the outcome variable
(Operation Performance) in the third equation. If all these conditions hold
in predicted direction then effect of independent variable on outcome
variable will be certainly lessened in the third equation than in second
equation.
If the effect of independent variables on outcome variable in presence of
mediator variable is reduced (in terms of regression coefficient but still
significant), the model is consistent with partial mediation.
Here, the mediator variable Corporate Culture has no significant effect
(p>.05, in equation no.3) on the relationship between HRM practices and
firm’s Operation performance.
174 | P a g e
Table No.48 Partial Correlation between HRMP and OP
Correlations
Control Variables HRMP
OPERATION
PERFORMANCE
Corporate
Culture
HRMP Correlation 1.000 .373*
Significance (2-
tailed)
. .000
df 0 223
OPERATION
PERFORMANC
E
Correlation .373* 1.000
Significance (2-
tailed)
.000 .
df 223 0
*. Correlation is significant at the 0.05 level (2-tailed). The relationship between HRM Practices and Firm’s Operation
Performance was investigated using Pearson product-moment
correlation coefficient. Preliminary analyses were performed to
ensure no violation of the assumption of normality, linearity and
homoscedasticity. There was a positive correlation between HRM
Practices and Firm’s Operation Performance.
There is linear positive correlation between HRM Practices and
Firm’s Operation Performance. The correlation coefficient is 0.399
and is statistically significant as the p-value is less than 0.05.
We are correlating HRM Practices with Firm’s Operation
Performance while controlling for Social Capital. Thus, we have
measure of the association between HRM Practices with Firm’s
Operation Performance, while removing the association between
Social capital and the two variables are correlating.
The changes in the correlation is very small, correlation coefficient is
.373 and is statistically significant as the p-value is less than 0.05.
175 | P a g e
It means, if we control mediator variable Corporate Culture, then
there is a slight effect on the relationship between HRM practices
and Firm’s Operation Performance
4.6.10 H10: Corporate culture (Proactive Vs Reactive) moderately
affects moderately affects the relationship between HRM practices
and firm’s performance.
Figure No. 13(a) significant direct relationship between HRMP and Firm’s
Operation Performance.
Figure No.13. (b) Introduction of Corporate Culture as mediator show
that the relationship between HRMP and Firm Performances
The model assumes a three-variable system. First, a direct and
significant relationship between HRMP and Firm Performance is
established. After introducing the mediator variable Corporate Culture,
176 | P a g e
the path between HRMP and Firm Performance become significant or
non-significant.
Table No.49 Sequence of Regression Analyses to establish the Mediating
Effect of Corporate Culture on Firm Performance
R
Square F Sig. Beta sig.***
a HRMPCC .105 26.37 0.000 -.325 0.000
b HRMPFP .244 72.23 0.000 .494 0.000
c
HRMP and
CC FP .254 38.04 0.000 .458 .000
-.109 .077 *beta of HRMP, **beta of CC, ,***Sig. at 95% Confidence Level
To establish mediation effect of Corporate Culture, the following
condition must be hold; First, independent variable (HRM Practices)
must affect mediator (Corporate Culture) in the first equation; second,
the independent variable HRM Practices must affect outcome variable
(Firm Performance) in the second equation and third, the mediator
(Corporate Culture) must affect the outcome the outcome variable (Firm
Performance) in the third equation. If all these conditions hold in
predicted direction then effect of independent variable on outcome
variable will be certainly lessened in the third equation than in second
equation.
If the effect of independent variables on outcome variable in presence of
mediator variable is reduced (in terms of regression coefficient but still
significant), the model is consistent with partial mediation.
Here, the mediator variable Corporate Culture has no significant effect
(p>.05,in equation no.3) on the relationship between HRM practices and
Firm Performance.
177 | P a g e
Table No.50 Partial Correlation between HRMP and FP
Correlations
Control Variables HRMP
FIRM
PERFORMANCE
Corporate
Culture
HRMP Correlation 1.000 .449*
Significance (2-
tailed)
. .000
df 0 223
FIRM
PERFORMA
NCE
Correlation .449* 1.000
Significance (2-
tailed)
.000 .
df 223 0
*. Correlation is significant at the 0.05 level (2-tailed).
The relationship between HRM Practices and Firm Performance was
investigated using Pearson product-moment correlation coefficient.
Preliminary analyses were performed to ensure no violation of the
assumption of normality, linearity and homoscedasticity. There
was a positive correlation between HRM Practices and Firm
Performance.
There is linear positive correlation between HRM Practices and Firm
Performance. The correlation coefficient is 0.494 and is statistically
significant as the p-value is less than 0.05.
We are correlating HRM Practices with Firm Performance while
controlling for Social Capital. Thus, we have measure of the
association between HRM Practices with Firm Performance, while
removing the association between Social capital and the two
variables are correlating.
The changes in the correlation is very small, correlation coefficient is
.449 and is statistically significant as the p-value is less than 0.05.
178 | P a g e
It means, if we control mediator variable Corporate Culture, then
there is a slight effect on the relationship between HRM practices
and Firm Performance.
179 | P a g e
4.6.11 H11: There is no difference in of HRM Practices,
Firm Performance, and Operation Performance across year
of Operation of the firm.
Year of operation of firm has been classified in five categories i.e. firm is
less than 5 years old, 5 to 10 years 11 to 15 years, 16 to 20 years,
more than 20 years old.
vii. There is no difference in HRM Practices of firm
belonging to its year of Operations.
Table No.51 Test of Homogeneity of Variances-HRMP
HRM PRACTICE
Levene
Statistic df1 df2 Sig.
.741 4 221 .565
Table no. 51 reports Homogeneity of Variance. It is Levene’s statistics
along with its significant level. Levene’s test is used to examine the
quality of variance. The null and alternative hypothesis for Levelen’s test
for Equality of Variance is as follows;
Ho: Variances of two groups are equal.
H1: Variances of two groups are unequal.
Since the F-value is .741 and its associated significance (0.565) is greater
than 0.05, we fail to reject the null hypothesis and say that the variance
are equal for the five group of year of Operation.
180 | P a g e
Table No.52 ANOVA-HRMP and Year of Operation
ANOVA
HRM PRACTICE
Sum of
Squares df
Mean
Square F Sig.
Between
Groups
2286.562 4 571.641 1.677 .156
Within
Groups
75326.079 221 340.842
Total 77612.642 225
F-value is the ratio between-groups mean squares and within-group
mean square. The F-ratio equals 1.677 and its associated p-value (sig.) is
reported as .156. It indicates the probability of observed value happening
by chance. The result shows that the difference between means of five
groups (categories) of years of Operation of firms is non-significant. Thus,
we fail to reject null hypothesis and say that there is no difference in of
HRM Practices across year of Operation of firm.
181 | P a g e
iii. There is no difference in Dimensions of HRM Practices of firm
belonging to its year of Operations.
Table No.53 ANOVA on Dimensions of HRM Practices of firm belonging to
its year of Operations.
Sum of
Squares df
Mean
Square F Sig.
HR Planning Between
Groups
71.184 4 17.796 2.002 .095
Within
Groups
1964.219 221 8.888
Total 2035.403 225
Incentives
Practices
Between
Groups
40.560 4 10.140 1.859 .119
Within
Groups
1205.693 221 5.456
Total 1246.252 225
Performance
Appraisal
Between
Groups
15.076 4 3.769 .711 .585
Within
Groups
1171.066 221 5.299
Total 1186.142 225
Employee
Participation
Between
Groups
27.655 4 6.914 1.544 .191
Within
Groups
989.814 221 4.479
Total 1017.469 225
CSR towards
employees
Between
Groups
352.331 4 88.083 1.041 .387
Within
Groups
18700.045 221 84.616
Total 19052.376 225
Staffing
Practices
Between
Groups
56.820 4 14.205 2.239 .066
182 | P a g e
Within
Groups
1402.242 221 6.345
Total 1459.062 225
Training
Program
Between
Groups
29.140 4 7.285 .933 .446
Within
Groups
1726.082 221 7.810
Total 1755.221 225
Teamwork Between
Groups
19.705 4 4.926 .857 .490
Within
Groups
1269.764 221 5.746
Total 1289.469 225
The result shows that the difference between means of five groups
(categories) of years of Operation of firms is non-significant in all the
dimension of HRM Practices. Thus, we fail to reject null hypothesis and
say that there is no difference in HR Planning, Incentives Practices,
Performance Appraisal, Employee Participation, CSR towards Employees,
Staffing Practices, Training Program, Team work across year of Operation
of firm.
viii. There is no difference in Firm Performance (Financial
and Non-financial Performance) belonging to its year of
Operations.
Table No.54 Test of Homogeneity of Variances FP
Levene
Statistic df1 df2 Sig.
Financial Performa
nce
2.267 4 221 .063
183 | P a g e
Levene
Statistic df1 df2 Sig.
Financial Performa
nce
2.267 4 221 .063
Nonfinancial Perfor
mance
.781 4 221 .539
The F-values are 2.267 in financial performance and .781 in non
financial performance and its associated significance values are greater
than 0.05, we fail to reject the null hypothesis and say that the variance
are equal for the five group of year of Operation.
Table No.55 ANOVA Firm Performance (Financial And Non-Financial
Performance) Belonging To Its Year Of Operation
ANOVA
Sum of
Squares df
Mean
Square F Sig.
Financial Performa
nce
Between
Groups
256.504 4 64.126 3.229 .013
Within
Groups
4388.771 221 19.859
Total 4645.274 225
NonFinancial Perf
ormance
Between
Groups
56.831 4 14.208 .998 .410
Within
Groups
3146.731 221 14.239
Total 3203.562 225
The F-ratio in financial performance equals 1.677 and its associated p-
value (sig.) is reported as .013. It indicates the probability of observed
value happening are not by chance. The result indicates that the
difference between groups (categories) of years of Operation of firms is
184 | P a g e
significant. Moreover, thus we reject null hypothesis and say that there is
significant difference in of financial across year of Operation of firm.
Moreover F-ratio in non-financial performance .998 and its associated p-
value (sig.) is reported as .410. It indicates the probability of observed
value happening by chance. The result shows that the difference between
groups (categories) of years of Operation of firms is non-significant.
iv. There is no difference in Operation Performance of firm belonging
to its year of Operations.
Table No.56 Test of Homogeneity of Variances-OP
OPERATION PERFORMANCE
Levene
Statistic df1 df2 Sig.
1.496 4 221 .204
The F-values are 1.496 in Operation performance and its associated
significance values are greater than 0.05, we fail to reject the null
hypothesis and say that the variance are equal for the five group of year
of Operation.
ix. Table No.57 ANOVA- difference in Operation Performance of firm
belonging to its year of Operations.
OPERATION PERFORMANCE
Sum of
Squares df
Mean
Square F Sig.
Between
Groups
231.397 4 57.849 1.401 .235
Within
Groups
9128.568 221 41.306
Total 9359.965 225
185 | P a g e
F-value is the ratio between-groups mean squares and within-group
mean square. The F-ratio equals 1.496 and its associated p-value (sig.) is
reported as .204. It indicates the probability of observed value happening
by chance. The result shows that the difference between means of five
groups (categories) of years of Operation of firms is non-significant. Thus,
we fail to reject null hypothesis and say that there is no difference in of
Operation of Firm across year of Operation of firm.
186 | P a g e
4.6.12 Impact on HRMP, Management style, Social Capital
and Corporate Culture on Non Financial performance,
Financial Performance and Operation Performance
x. Impact on HRMP, Management style, Social Capital and
Corporate Culture on Non Financial performance
Table No.58 Model Summary
Mode
l R
R
Square
Adjusted R
Square
Std. Error of
the
Estimate
1 .595a .355 .343 3.059
a. Predictors: (Constant), HRM PRACTICE,
Management style, Social Capital, Corporate Culture
From above table, the value of R-Square is .355, which means that about
35.5% per cent variation in the dependent variable-non financial
performance is explained by the independent variables HRMP,
Management style, Social Capital and Corporate Culture.
Table No.59 ANOVA for Management style, Social Capital and Corporate
Culture on Non Financial performance
ANOVAb
Model
Sum of
Squares df
Mean
Square F Sig.
1 Regressi
on
1135.682 4 283.921 30.343 .000a
Residual 2067.880 221 9.357
Total 3203.562 225
a. Predictors: (Constant), HRM PRACTICE, Management style, Social
Capital, Corporate Culture
b. Dependent Variable: NonFinancial Performance
187 | P a g e
The F-value is the Mean Square regression dived by the Mean Square
Residual, yielding F=30.343. The p-value associated with the F value is
very small (.000). The p-value is compared to chosen alpha level (0.05)
and, if smaller, one can conclude that the independent variable explain
variations in the dependent variable. If the p-value was greater than
0.05, then the group of independent variables does not show a
statistically significant relationship with the dependent variables nor
does it explain the variation in the dependent variables. Here we can say
that HRMP, Management style, Social Capital and Corporate Culture
explain the significant amount of variation in the Non-Financial
performance of the firm.
Table No.60 Regression Analysis
Coefficients
Model
Unstandardized
Coefficients
Standardize
d
Coefficients
t Sig. B
Std.
Error Beta
1 (Constant) 10.173 1.811 5.618 .000
Management
style
-.022 .036 -.034 -.620 .536
Social
Capital
7.123E-5 .046 .000 .002 .999
Corporate
Culture
-.211 .046 -.334 -4.604 .000
HRM
PRACTICE
.081 .012 .399 6.866 .000
a. Dependent Variable: Nonfinancial Performance
From above table, the beta of HRMP and Corporate Culture variables are
-.399 and .334 respectively and it’s significant (p<.05), it means HRMP
and Corporate Culture have strong impact on Non-Financial Performance
of firm.
188 | P a g e
xi. Impact on HRMP, Management style, Social Capital and
Corporate Culture on Financial performance
Table No.61 Model Summary -HRMP, Management style, Social
Capital and Corporate Culture on Financial performance
Mode
l R
R
Square
Adjusted R
Square
Std. Error of
the
Estimate
1 .339a .115 .099 4.312
a. Predictors: (Constant), HRM PRACTICE,
Management style, Social Capital, Corporate Culture
From above table, the value of R-Square is .099, which means that about
9 per cent variation in the dependent variable- financial performance is
explained by the independent variables HRMP, Management style, Social
Capital and Corporate Culture.
Table No.62 ANOVA- HRMP, Management style, Social Capital and
Corporate Culture on Financial performance
ANOVAb
Model
Sum of
Squares df
Mean
Square F Sig.
1 Regressi
on
535.232 4 133.808 7.195 .000a
Residual 4110.042 221 18.597
Total 4645.274 225
a. Predictors: (Constant), HRM PRACTICE, Management style, Social
Capital, Corporate Culture
b. Dependent Variable: Financial Performance
The F-value is the Mean Square regression dived by the Mean Square
Residual, yielding F=7.195. The p-value associated with the F value is
very small (.000). The p-value is compared to chosen alpha level (0.05)
and, if smaller, one can conclude that the independent variable explain
variations in the dependent variable. If the p-value was greater than
189 | P a g e
0.05, then the group of independent variables does not show a
statistically significant relationship with the dependent variables nor
does it explain the variation in the dependent variables. Here we can say
that HRMP, Management style, Social Capital and Corporate Culture
explain the significant amount of variation in the Financial performance
of the firm.
Table No.63 Coefficients- HRMP, Management style, Social Capital
and Corporate Culture on Financial performance
Coefficients
Model
Unstandardized
Coefficients
Standardize
d
Coefficients
t Sig. B
Std.
Error Beta
1 (Constant) 15.423 2.553 6.041 .000
Management
style
.050 .050 .064 1.004 .317
Social
Capital
.098 .065 .128 1.508 .133
Corporate
Culture
.030 .065 .040 .468 .640
HRM
PRACTICE
.084 .017 .345 5.074 .000
a. Dependent Variable: Financial Performance
From above table, the beta of HRMP variables is 0.345 and it’s significant
(p<.05), it means HRMP have strong impact on Financial Performance of
firm.
190 | P a g e
v. Impact on HRMP, Management style, Social Capital and
Corporate Culture on Operation performance
Table No.64 Model Summary- HRMP, Management style, Social
Capital and Corporate Culture on Operation performance
Mode
l R
R
Square
Adjusted R
Square
Std. Error of
the
Estimate
1 .401a .161 .145 5.96215
a. Predictors: (Constant), HRM PRACTICE,
Management style, Social Capital, Corporate Culture
From above table, the value of R-Square is .161, which means that about
16 per cent variation in the dependent variable-Operation performance is
explained by the independent variables HRMP, Management style, Social
Capital and Corporate Culture.
Table No.65 ANOVA- HRMP, Management style, Social Capital and
Corporate Culture on Operation performance
ANOVAb
Model
Sum of
Squares df
Mean
Square F Sig.
1 Regressi
on
1504.027 4 376.007 10.578 .000a
Residual 7855.938 221 35.547
Total 9359.965 225
a. Predictors: (Constant), HRM Practice, Management style, Social
Capital, Corporate Culture
b. Dependent Variable: Operation Performance
The F-value is the Mean Square regression dived by the Mean Square
Residual, yielding F=10.578. The p-value associated with the F value is
very small (.000). The p-value is compared to chosen alpha level (0.05)
and, if smaller, one can conclude that the independent variable explain
191 | P a g e
variations in the dependent variable. If the p-value was greater than
0.05, then the group of independent variables does not show a
statistically significant relationship with the dependent variables nor
does it explain the variation in the dependent variables. Here we can say
that HRMP, Management style, Social Capital and Corporate Culture
explain the significant amount of variation in the Operation performance
of the firm.
Table No.66 Coefficients- HRMP, Management style, Social Capital and
Corporate Culture on Operation performance
Coefficients
Model
Unstandardized
Coefficients
Standardize
d
Coefficients
t Sig. B
Std.
Error Beta
1 (Constant) 29.607 3.529 8.389 .000
Management
style
-.007 .069 -.007 -.105 .917
Social
Capital
.019 .089 .018 .216 .829
Corporate
Culture
-.046 .089 -.042 -.509 .611
HRM
PRACTICE
.136 .023 .392 5.919 .000
a. Dependent Variable: OPERATION PERFORMANCE
From above table, the beta of HRMP variables is .392 and it’s significant
(p<.05), it means HRMP have strong impact on Operation Performance of
firm.