Answer:
C. when they are incurred, whether or not cash is paid.
Explanation:
In accrual accounting, expenses are recorded in the moment they are incurred, even if they have not been paid for.
In fact, the term "accrued expense" means an expense that has been incurred, but not yet paid.
One common example of an accrued expense is accrued wages:
Suppose that a firm hires a worker on March 1, for a wage of $1,000 dollars per month, that is due to be paid at the end of the month (March 31). This worker is earning $33 per day. By March 4, the firm should have recorded accrued wages for $132 ($33 x 4 days) even if no payments will be made until March 31.
Answer:
increase in income of $80
Explanation:
Prepare an Analysis of Costs and Savings if the Company buys from Outside Supplier.
Note : The fixed costs per unit at are unavoidable are irrelevant and disregarded in this decision.
<u>Analysis of Costs and Savings</u>
Purchase Price (400 widgets × $44.00) = ($17,600)
Savings :
Variable Costs ($35.60 × 400 widgets) = $14,240
Fixed Cost ( $8.60 × 400 widgets) = $3,440
Net Income effect = $80
Conclusion :
The effect on net income if the company instead buys the widgets is an increase in income of $80
Answer:
I agree with Mike because pure risks involve only possible losses. Since he owns his house, the possibility of it burning down would represent only a loss to him.
But if he buys insurance, he will pay an insurance premium which means that if the house burns down, the company will lose money, but if the hose doesn't burn down, the insurance company will make a profit. This represents speculative risk because the possibility of a gain and a loss exist.
A is your answer so then there is less supply than there is demand.
Answer:
Option C is correct.
<u>The required rate of return for Mercury Inc., assuming that investors expect a 5% rate of inflation in the future is 18%.</u>
Explanation:
Real risk free rate = 3%
Inflation Premium = 5%
Nominal risk free rate Rf = Real risk free rate + Inflation Premium = 3% + 5% = 8%
Market risk premium (Rm –Rf) = 5%
Beta = 2
As per CAPM, required rate of return = Rf + beta * (Rm – Rf) = 8% + 2 * 5% = 18%
