Answer:
Capability ratio = 1.04166
Explanation:
Given:
Length of a shoe (not deviate) = 1 mm
Standard deviation of this length = 0.32 mm
Number of standard deviations = 3
Find:
Capability ratio = ?
Computation:
Capability ratio = [Length of a shoe (not deviate) / Standard deviation of this length] / Number of standard deviations
Capability ratio = [1 / 0.32] / 3
Capability ratio = 3.125 / 3
Capability ratio = 1.04166
Capability ratio is greater than 1, therefore process is capable.
Answer: .(i) nominal variables, but not real variables
Explanation:
According to classical macroeconomic theory, changes in the money supply affect the nominal variables but the real variable are not affected.
According to the classical macroeconomic theory, it us believed that an increase in money supply will result into a rise in the availability of money in the market, thereby increasing consumers spending which will also lead to a rise in aggregate demand which in turn, causes inflation.
Thereby the nominal variables will be changed.
Using simple interest, she will have $410 at the end of six months.
Principle = $400
Rate = 5%
Time equals 6 months, or 0.5 years.
Simple interest is equal to PRT/100.
S.I. = 400*5*(1/2)/100
S.I. = 10
Consequently, $400 plus $10 equals $410.
<h3>What is simple interest?</h3>
To calculate the amount of interest that will be charged on a loan, use the quick and easy formula known as simple interest. For the purpose of calculating simple interest, the daily interest rate, the principal, and the number of days between payments are multiplied.
A loan's principal or the first deposit into a savings account serves as the basis for simple interest. Because simple interest doesn't compound, a creditor would only pay interest on the principal sum, and a borrower will never have to pay interest on the interest that has already accrued.
Learn more about simple interests, from:
brainly.com/question/25845758
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Answer:
Under variable costing, the company's net operating income for the year would be $60,000 lower than under absorption costing.
Explanation:
The computation of the operating income under variable costing is shown below:
But before that following calculations need to be done
Fixed manufacturing overhead per unit is
= $240,000 ÷ 20,000 units
= $12 per unit
Ending Inventory units is
= 20,000 units - 15,000 units
= 5,000 units
Now Cost of ending Inventory deferred under absorption costing is
= 5,000 units × $12
= $60,000
So, the second option is correct