spss presentation1
TRANSCRIPT
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Welcome to Our
Presentation
Group: 16
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Multiple Regression & CorrelationAnalysis of Investments
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Variables
Dependent Variable
Investments ()
Independent Variables
Government Investments (X1) Other Investments (X2)
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General Multiple Regression
Equation
=1.131+1X1+1X2
Investment=Constant+b1GovernmentInvestments+b2Other Investments
= a+b1X1+b2X2
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Correlations (5 Years)
Investments Government
Investments
Other
Investments
PearsonCorrelation
Investments 1.000 0.953 0.913
Government Investments 0.953 1.000 0.747
Other Investments 0.913 0.747 1.000
Investment
GovernmentInvestment
OtherInvestment
GovernmentInvestments
Investments OtherInvestments
OtherInvestments
Investments GovernmentInvestments
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R
Measures thestrength of the linearrelationship between
variables. Here R is 1.00. Direct or positive
association betweenthe variables.
R Square
Here R square is1.00 (strongassociation).
We can say thatindependentvariables caninfluence thedependent variableby 100%.
Std. Error ofthe Estimate
We expect 68% willbe within 0.671,
About 95% will bewithin 1.342
About 99% of theresiduals will bewithin 2.013.
Model SummaryaModel R R Square Adjusted R Square Std. Error of the Estimate
1
1.000a
1.000
1.000
0.671
a. Predictors: (Constant), 5 years other investments, 5 years government
investments
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Global Test
H0: 1= 2= 0H1: Not all the
is are 0
Critical value ofF is 19 (Fromappendix B.4)
Decision Rule:When Fc > 19,H0 should be
rejected.
ANOVAbModel Sum of
Squaresdf Mean
SquareF Sig.
1 Regression 7.013E7 2 3.506E7 7.795E7 0.000aResidual 0.900 2 0.450Total 7.013E7 4
a. Predictors: (Constant), 5 years other investments, 5 years government investmentsb. Dependent Variable: 5 years investments
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H0:1= 0
H1:1 0
GovernmentInvestments
H0:1= 0
H1: 1 0
OtherInvestments
t is 4.303(FromappendixB.2).
Critical
value of t
Reject H0 if-4.303 > t >4.303.
DecisionRule
Coefficientsa (5 Years)Model Unstandardized
CoefficientsStandardized
Coefficientst Sig.
B Std. Error Beta1 (Constant) 1.131 1.053 1.074 0.395
Government Investments 1.000 0.000 0.612 5.087E3 0.000Other Investments 1.000 0.000 0.456 3.786E3 0.000
a. Dependent Variable: 5 years investments
Evaluating Individual Regression
Coefficients
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= a+b1X1
Investment=Constant+b1Government
Investments
=1.131+1X1
New Regression Equation
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General Rule:Correlation between two
independent variableswithin 0.70 (no problemof using the independent
variables).
Correlation exceedsthe range
There ismulticollinearity
Chance of providingincorrect results in the
hypothesis tests forindividual independent
variables.
Multicollinerity
Coefficient Correlationsa(5 Years)Model Other
InvestmentsGovernment
Investments1 Correlati
ons Other Investments 1.000 -0.747Government Investments -0.747 1.000a. Dependent Variable: 5 years investments
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Multiple Regression & CorrelationAnalysis of EAT
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Variables:
Operating Income(X1)
OperatingExpense(X2)
IndependentVariables
Earnings After Tax()
Dependent
variables
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Regression Equation:
= a+ b1X1+ b2X2
EAT= Constant + b1 Operating
Income+b2Operating Expense
= 398.126 + 0.524 X1-0.659 X2
Intercept
a=398.126
EAT is 398.126
Million whenoperating incomeand operatingexpense is zero
b1= 0.524
EAT will increase
by 0.524 Million,regardless of theoperating expense.
b2= -0.659
EAT will decrease
by 0.659 Million,regardless of theoperating income.
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Correlation:
EAT OperatingIncome OperatingExpensePearsonCorrelation
EAT 1.000 .966 .700OperatingIncome .966 1.000 .848OperatingExpense .700 .848 1.000
Positive and strongcorrelation withOperating Incomeand
Positive but lessstrong correlationwith OperatingExpense.
EAT
Positive and strongcorrelation withEAT and OperatingExpense
OperatingIncome Positive but less
strong correlationwith EAT
Strong positivecorrelation withOperating Income.
OperatingExpense
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Model Summary:
Model R R SquareAdjustedR Square
Std. Error of theEstimate
1 .993a .985 .971 215.693
R is 0.993 which isquiet near to 1.
Direct or positiveassociation betweenthe variables
R
Operating incomeand operatingexpense can explain98.5% variation independent variableEAT
R Square
68% of the residualswill be within 215.693
95% of the residualswill be within 431.386and
99% of the residualswill be within647.079
Std. Errorof Estimate
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Global Test: Hypothesis:
H0:1= 2= 0
H1:Not all the isare 0
Critical value: Critical value of F is 19.
Decision Rule:Reject H0 if (Fc> 19), calculated valueof F is greater than 19.
ANOVAModel
Sum of
Squares df Mean Square F Sig.
1
Regression 6251884.240 2 3125942.120 67.191 .015a
Residual 93046.560 2 46523.280
Total 6344930.800 4
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Individual Test Of Hypothesis For Operating Income:
H0:
1= 0 H
1:
10
For Operating Expense:
H0:2= 0 H1:2 0
Critical value: Critical value of t is 4.303
Decision Rule:Reject H0 if tc< -4.303 or tc> 4.303
ModelUnstandardizedCoefficients StandardizedCoefficients t Sig.
B
Std.
Error Beta
1
(Constant) 398.126 311.857 1.277 .330
Operating
Income.524 .064 1.330 8.221 .014
Operating
Expense-.659 .249 -.428 -2.647 .118
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New RegressionEquation
= a+ b1X1
EAT= Constant +
b1Operating Income
= 398.126 + 0.524 X1
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MulticollinearityModel OperatingExpense OperatingIncome
CorrelationsOperatingExpense 1.000 -.848
OperatingIncome -.848 1.000
No problem withusing variable
havingcorrelationbetween0.70and +.70
GeneralRule Correlation
between operatingincome andoperating expense
is -0.848.
MulticollinearityExist
TestResult
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Multiple Regression & CorrelationAnalysis of Loans and Advances
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Variables
Total Loansand advances
Dependent
Variable()
Loans, cashcredits (X1)
Independentvariable
Billspurchased(X2)
Independent
variable
R i E ti
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Regression Equation:
= a+ b1X1+ b2X2
Total loans and advances= Constant+b1 cash credits+
b2Bills Purchased= -205.375+ 1.042 X1+0.039 X2Loans
Intercept
a = -205.375
Total loansand advancesis tk.-205.375
when loans,cash creditsand billspurchased iszero.
b1= 1.042
Total loansandadvanceswouldincrease per
million by1.042,regardlessof the billspurchased
b2= 0.039
Total loansandadvanceswouldincreaseper 0.039,regardlessof theloans, cashcredits
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CorrelationsTotal loans
and advances
Loans Cash
credits
Bills
purchased
PearsonCorrelationTotal loansand advances 1.000 1.000 -.521
Loans Cash
credits1.000 1.000 -.530
Bills
purchased-.521 -.530 1.000
Total loansThere is a positive
and strong
relationship withloans, cash creditsand negativerelationship withbills purchased.
Loans cash creditsThere is a positive
and strong
relationship withtotal loans andadvances. There isa positive but lessstrong relationshipwith billspurchased
Bills purchasedThere is a negative
relationship withboth total loansadvances andloans, cash credits.
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Model SummaryModel R R Square Adjusted RSquare Std. Error ofthe Estimate
1 1.000a 1.000 1.000 385.10153a. Predictors: (Constant), Bills purchased; Loans, Cash credits
R
Here R is01.00. Itindicates
that there isa direct orpositiveassociationbetween thevariables.
R square
Here Rsquare is1.00 which
indicatesthat thereare strongassociationbetween thevariables
Std. error of
estimate
68% residualswill be between385.105,
95 %residualswill be between770.203
99 % residualswill be between 1155.304
G i i
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Global Test: Testing the Multiple
Regression Model Hypothesis:
H0:1= 2= 0
H1: Not all the isare 0
Critical value : of F is 19.
Decision Rule: Reject H0 if (Fc> 19), calculated value of
F is greater than 19.
ANOVA
Model Sum of Squares df Mean Square F Sig.
1 Regression 2.693E9 2 1.346E9 9.078E3 .000a
Residual 296606.375 2 148303.187
Total 2.693E9 4
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For Loans, cash creditsH0: 1=0 H1:1 0
For bills purchasedH0: 2= 0 H1: 2 0
Critical value: Critical value of t is 4.303
Decision Rule:Reject H0 if tc< -4.303 or tc> 4.303
Model Un standardizedCoefficients StandardizedCoefficients t Sig.B Std. Error Beta
1
(Constant) -205.375 649.868 -.316 .782
Loans Cash
credits1.042 .009 1.006 115.008 .000
Bills purchased.039 .028 .012 1.377 .302
Individual Test Of Hypothesis
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New RegressionEquation
= a+b1X1Total loans and advances=Constant+b1loans, cash credit=-205.375+1.042X1
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MulticollinearityModel Billspurchased Loans andcash credits
CorrelationsBills purchased 1.000 .530Loans Cashcredits .530 1.000
No problem with using variablehaving correlation between0.70and +.70General Rule
Correlation betweenBills purchased and loans Cashcredits is .530.
Multicollinearity does not exist.
Test Result
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Multiple Regression & CorrelationAnalysis of Income
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Variables
Dependent variables:
Dependent variables:
Total income, represented by
Independent variables:Other income, represented by X1Commission, exchange &brokerage,
represented by X2Investment income, represented by X3come, represented by Independent variables:
Other income, represented by X1
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Regression Equation
= a+ b1 X1+ b2 X2+ b3 X3
Total income= b1 Investment income + b2
Commission, exchange & brokerage+ b3 other
income
= -152.335 -3.238 X1 +6.219 X2+4.028 X3
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Correlation:
TotalIncome InvestmentIncome CommissionExchange&BrokerageOtherIncome
PearsonCorrelation
Total
income1.000 0.588 0.840 -0.243
Investmentincome 0.588 1.000 0.928 -0.801Commission, exchange&brokerage
0.840 0.928 1.000 -0.654
Otherincome -0.243
-0.801
-0.654
1.000
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Model Summary
Model SummaryModel R R Square Adjusted R
Square Std. Errorof theEstimate
1 0.988a 0.975 0.901 597.12121a. Predictors: (Constant), Other income, commission, exchange &brokerage, Investment income
Gl b l T
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Global Test
ANOVAModel Sum of
Squares
df Mean
Square
F Sig.
1
Regression 1.409E7 3 4696202.
487
13.171 0.199a
Residual 356553.74
0
1 356553.7
40
Total 1.445E7 4
H0: 1= 2= 3= 0
H1: Not all the is are 0Critical value: Critical value of F is 216.
Decision Rule: Reject H0if (Fc > 216), calculated value
of F is greater than 216.
I di id l H th i T t
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Individual Hypothesis Test
CoefficientsaModel
Unstandardized
CoefficientsStandardiz
ed
Coefficientst Sig.
B Std. Error Beta1 (Constant) -152.335 3324.171 -0.046 0.971
Investment
income-3.238 1.561 -1.205 -2.074 0.286
Commission,
exchange &
brokerage6.219 1.402 2.042 4.436 0.141
Other income 4.028 9.028 0.128 0.446 0.733a. Dependent Variable: Total income
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New Regression Equation
= a+ b1 X1+ b2 X2+ b3 X3= -152.335 - 3.238 X1 +6.219
X2+4.028 X
3
= -152.335 - 3.238 (0) +6.219 (0)+4.028 (0)
= -152.335
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Multicollinearity
Coefficient CorrelationsModel Other
Income
Commission
Exchange &Brokerage
InvestmentIncome
1
Correlations
Other income1.000 -0.399 0.687
Commission,exchange&brokerage
-0.399 1.000 -0.892
Investmentincome
0.687 -0.892 1.000
Covariance
Other income81.505 -5.044 9.686
Commission,exchange&brokerage
-5.044 1.965 -1.953
Investmentincome
9.686 -1.953 2.438
a. Dependent Variable: Total income
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Multiple Regression&Correlation Analysisof Deposits
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Dependent variables:Total deposits, represented by
Independent variables:Current deposits, represented by X1
Savings Bank deposits, represented
by X2
Fixed deposits, represented by X3
Variables
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General Multiple Regression
Equation = a+ b1X1+ b2X2+b3X3
Total deposits = b1 current deposits+ b2savings bank deposits + b3 fixed deposits
= -39237.267-6.294X1+10.676 X2+0.900 X3
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PEARSONCORRELATIONTotal
DepositsCurrentDeposits
FixedDeposits
SavingsBank
Deposits
TotalDeposits
1.000 0.945 0.954 0.980
CurrentDeposits 0.945
1.000 0.916 0.975
FixedDeposits
0.954 0.916 1.000 0.903
SavingsBankDeposits
0.980 0.975 0.903 1.000
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OPINION
In case of total deposits there is a positive and
strong relationship with current, savings bank and
fixed deposits
In case of current deposits there is a positive and
strong relationship with current, savings bank and
fixed deposits
In case of fixed deposits there is a positive and
strong relationship with current, savings bank andfixed deposits
In case of savings deposits there is a positive and
strong relationship with current, savings bank and
fixed deposits
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MODEL
SUMMARY
Model R R Square Adjusted RSquare Std. Errorof theEstimate1 0.999a 0.998 0.992 1894.995
Predictors: (Constant), fixed deposit, savings bank
deposit, current deposit
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GLOBAL TEST(ANOVA)Model Sum of
Squaresdf Mean
SquareF Sig.
Regression
Residual
Total
1.827E9
3591005.111
1.830E9
3
1
4
6.089E8
3591005.111
169.553 0.56a
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a. Predictors:(Constant) fixed deposit,
savings bankdeposit, current deposit
b. Dependent Variable:Total deposits
H0: 1= 2=3=0
H1: Not all the isare 0 Decision Rule:Reject H0if (Fc>
216), calculated value of F is greater
than 216.
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General MultipleRegression EquationCoefficients
Model Un standardizedCoefficients StandardizedCoefficients t Sig.
B Std. Error Beta1 (Constant) -39237.267 7875.027 -4.982 0.126
Current Deposit -6.294 2.532 -0.529 -2.486 0.244Savings Bank
Deposit 10.676 1.995 1.067 5.351 0.118Fixed Deposit 0.900 0.211 0.474 4.272 0.146
a. Dependent Variable: total deposits
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= aTotal deposits= Constant
=-39237.267
New Equation:
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Coefficient Correlations
Model Fixeddeposit
Savingsbank
deposit
Currentdeposit
1 Correlations Fixed deposit 1.000 -0.122 -0.366
Savings bankdeposit
-0.122 1.000 -0.855
Currentdeposit
-0.366 -0.855 1.000
a. Dependent Variable: Total deposits
Multicollinerity:
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Thank You