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GREYUIT [131]
3 years ago
12

A conservative statistical test is one that question 22 options: minimizes both type i and type ii errors. minimizes type i erro

rs, but increases the chance of type ii errors. minimizes type ii errors, but increases the chance of type i errors. increases the chance of both type i and ii errors.
Business
2 answers:
Neko [114]3 years ago
7 0
A conservative statistical test is one that MINIMIZES TYPE I ERRORS BUT INCREASE THE CHANCE OF TYPE II ERRORS.
A conservative statistical test refers to a statistical test that control type I errors at a level that is much smaller than 5%. During the process of reducing type I errors one may increase the probability of type II errors.
astra-53 [7]3 years ago
3 0
The answer is it minimizes type I error but increase the chance of Type II error. The normal margin of error is 5% and when a statistical test shows that it is smaller than 5%, then it commits type I error. When there is an lesser type I error, it will increase the probability to commit a type II error.
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3 years ago
Malkin corp. has no debt but can borrow at 8.75 percent. the firm’s wacc is currently 16 percent, and there is no corporate tax.
Artyom0805 [142]

Answer:

a.

16%

b.

17.3%

c.

23.25%

d.

16%

Explanation:

WACC is the average cost of capital of the firm based on the weightage of the debt and weightage of the equity multiplied to their respective costs.

As have the cost of capital, we need to calculate the cost of equity.

Cost of Capital = (Cost of Equity x Weightage of equity) + (Cost of Debt x Weightage of Debt)

a.

No Debt

16% = (Cost of Equity x 1 ) + (8.75% x 0)

16% = Cost of Equity + 0

Cost of Equity = 16%

b.

15% Debt and Equity is 85% (100%-15%)

16% = (Cost of Equity x 85% ) + (8.75% x 15%)

0.16 = (Cost of Equity x 0.85) + 0.013125

0.16 - 0.013125 = Cost of Equity x 0.85

0.146875 = Cost of Equity x 0.85

Cost of Equity = 0.146875 / 0.85 = 0.17279

Cost of Equity = 17.3%

c.

50% Debt and Equity is 50% (100%-50%)

16% = (Cost of Equity x 50% ) + (8.75% x 50%)

0.16 = (Cost of Equity x 0.50) + 0.04375

0.16 - 0.04375 = Cost of Equity x 0.50

0.11625 = Cost of Equity x 0.50

Cost of Equity = 0.11625 / 0.50 = 0.2325

Cost of Equity = 23.25%

d.

WACC for b and c are 16%

7 0
3 years ago
Read 2 more answers
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long-term memory, so she can recall it later

7 0
3 years ago
Summarize and contrast how work-based learning benefits the following groups: students, employers, and schools
Misha Larkins [42]
Students learn about how different work places work,and about what sort of work they might enjoy. employers get to "preview" people who might make good workers when they leave school. Schools learn what workplaces are needing from students and can adjust their their curricula to be more relevant.<span />
3 0
3 years ago
Suppose DeGraw Corporation, a U.S. exporter, sold a solar heating station to a Japanese customer at a price of 130.5 million yen
myrzilka [38]

Answer:

$845,207.3

Explanation:

Calculation for what dollar amount would DeGraw actually receive after it exchanged yen for U.S. dollars

First step is to calculate the exchange rate of 1 yen for 140.0 yen per dollar and 154.4 yen

Exchange rate of 1 Yen = $1 /140

Exchange rate of 1 Yen= $0.007142858

Exchange rate of 1 Yen = $1 / 154.4

Exchange rate of 1 Yen= $0.006476684

Now since the price for the item bought was 130,500,000 Yen which means that the exchange rate for 1 Yen will be $0.006476684

Now let calculate the dollar amount

Dollar amount=(130,500,000 *$0.006476684) / 1

Dollar amount= $845,207.3

Therefore the dollar amount that DeGraw would actually receive after it exchanged yen for U.S. dollars is $845,207.3

7 0
2 years ago
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