Question
In: Statistics and Probability
A regression model was developed relating the 5-year average return (Y in %) of mutual funds...
A regression model was developed relating the 5-year average return (Y in %) of mutual funds with two independent variables: Net Asset Value and Expense Ratio (in %) of the funds. Part of the regression results are shown below.
|
df |
SS |
MS |
|
|
Regression |
2 |
1197.092 |
598.546 |
|
Residual |
34 |
1784.290 |
52.479 |
|
Total |
36 |
2981.382 |
|
|
Coefficients |
Standard Error |
||
|
Intercept |
0.280 |
3.221 |
|
|
Net Asset Value |
0.171 |
0.085 |
|
|
Expense Ratio (%) |
11.135 |
3.659 |
1. What is the value of the F test statistic for testing whether the regression model overall is significant? (2 Points)
2. What is the rejection rule for testing whether the regression model is significant at the 0.05 level of significance? Use the critical value approach. (2 Points)
3. Is the regression model significant? Please briefly explain. (2 Points)
4. What is the value of the t test statistic for testing whether the variable Expense Ratio is significant? (2 Points)
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Solutions
orchestra answered 1 year agoRelated Solutions
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1.0211
22.8752
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0.1411
ADV
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Analysis of Variance
Source of
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Degrees
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Sum of
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Regression
2708.61
Error (Residuals)
Required:...
A computer manufacturer has developed a regression model relating his sales (Y in $10,000s) with three...
A computer manufacturer has developed a regression model
relating his sales (Y in $10,000s) with three independent
variables. The three independent variables are price per unit
(Price in $100s), advertising (ADV in $1,000s) and the number of
product lines (Lines). Part of the regression results is shown
below.
Coefficient
Standard Error
Intercept
1.0211
22.8752
Price
-0.1524
0.1411
ADV
0.8849
0.2886
Lines
-0.1463
1.5340
Analysis of Variance
Source of
Variation
Degrees
of Freedom
Sum of
Squares
Regression
2708.61
Error (Residuals)
Required:...
The following tables shows 5 year returns of different funds Mutual Fund Annual Return (%) Year...
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Mutual Fund
Annual Return (%)
Year 1
Year 2
Year 3
Year 4
Year 5
Stocks
12.01
11.22
13.47
45.42
-21.93
Bonds
17.64
4.25
7.51
-1.33
7.36
Aggressive Growth
32.41
18.71
30.09
41.46
-23.26
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20.61
12.93
7.06
-5.37
Moderate Growth
33.44
19.40
6.77
58.68
-9.02
Moderate Value
24.56
25.32
-6.70
5.43
17.31
Let’s assume the minimum return every year across all the funds
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The following estimated regression equation was developed relating yearly income (y in $1000s) of 30 individuals...
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relating yearly income (y in $1000s) of 30 individuals
with their age (x1) and their gender
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Ŷ = 30 + .7x1 + 3x2
Also provided are SST = 1200 and SSE = 384. If we want to test for
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α = .05 is
a. 3.33.
b. 3.35.
c. 3.34.
d. 2.96.
Rates of return on 24 mutual funds are shown. Fund 12-Mo. 5-Year 1 7.9 4.0 2...
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Fund
12-Mo.
5-Year
1
7.9
4.0
2
2.9
3.4
3
14.2
7.9
4
5.5
9.8
5
5.1
6.9
6
10.2
12.1
7
3.7
7.8
8
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11.4
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10.4
15.1
10
12.6
5.5
11
10.0
9.4
12
13.4
2.7
13
-0.7
12.2
14
5.3
4.8
15
21.1
13.2
16
11.7
4.7
17
-1.8
6.4
18
-2.7
-2.7
19
13.7
8.3
20
11.2
8.5
21
8.9
5.0
22
0.9
6.2
23
1.2...
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(a) Fit a simple linear regression model relating gasoline mileage (y) to engine displacement (x1) and carburetor (x2).
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A hospital administrator developed a regression line, y = 30 + 2x, to predict y =...
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for a unit increase in the number of beds, the number of FTEs is
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for a unit increase in the number of beds, the number of FTEs is
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