Answer:
TarHeel's accounting effective tax rate is 19.95%
Explanation:
The effective tax rate is the hypothetical tax rate adjusted for the tax cost or benefit from permanent difference.
the dividend received deduction reduces the Effective tax rate
= 50,000*21%
= 10,500/1,000,000
= 1.05%.
Effecttive tax rate is 21% - 1.05% = 19.95%
Therefore, TarHeel's accounting effective tax rate is 19.95%
Answer:
Time ticket
Explanation:
A source document that an employee uses to report how much time was spent working on a job or on overhead activities and that is used to determine the amount of direct labor to charge to the job or to determine the amount of indirect labor to charge to factory overhead is called a: time ticket.
A time ticket also known as time card is type of document used to record the amount of hours an employee worked during a pay period. Time tickets come in all different shapes and sizes like the traditional time tickets that are physical cards that are stamped with starting and ending times of employees work days.
Answer:
b) balance sheet
Explanation:
Balance sheet: The assets liabilities and stockholder equity are reported in the balance sheet. The accounting equation that is displayed below is used in this:
Total assets = Total liabilities + stockholder equity
The balance sheet debit and credit side should always be equal and balanced.
In addition, it is always prepared on the date specified plus it is also reflects the financial position, financial performance of the company.
Answer:
CRS would not benefit from dropping Donnelly’s Pizza because it would lose $43,680 in revenues and save $43,344 in costs resulting in a $336 decrease in operating income.
Explanation:
Difference: Incremental(Loss in Revenues)and Savings in Costs from dropping Donnelly’s Pizza:
Revenues $(43,680)
Cost of goods sold 26,180
Order processing ($14,000 – 10% × $14,000)= 12,600
Delivery ($3,500 – 20% × $3,500)= 2,800
Rush orders 924
Sales calls 840
Total costs 43,444
Effect on operating income (loss)
$(336)
Answer:
23.56
Explanation:
Standard deviation of the first stock (σ1) = 20%
Standard deviation of the second stock (σ2) = 37%
The correlation coefficient between the returns (ρ) = 0.1.
Proportion invested in the first stock (W1) = 43%
Proportion invested in the second stock (W2) = 57%
The standard deviation of a two-stock portfolio's returns is given by
The standard deviation of this portfolio's returns IS 23.56%
