Answer:
Option B $9 million is the correct answer.
Explanation:
The current portion of income tax expense is the taxable for the year multiplied by the prevalen tax rate in the year.
Current portion of income tax expense=taxable income*tax rate
taxable income is $30 million
tax rate is 30%
current portion of income tax expense=$30 million*30%=$ 9 million
Option B is the correct answer
However,if one chooses option A,it implies that one had used pretax net income of $25 million in computing the income tax expenses instead of taxable income on which tax is payable
Answer:
Salespeople, who are on the front line interacting with customers, assume one of the most important roles in the product differentiation process. A well-informed customer will usually choose the product that offers the most value. There- fore, salespeople need to position their product with a value proposition.
Answer:
The new price of the bond is $928.94
Explanation:
Initially the bond's price is equal to its par value which means the coupon rate on bond and the market interest rates are the same i.e. 6%.
Th bond's price is calculated as the sum of the present value of the annuity of interest payments by the bond and the present value of the face value of the bond that will be received at maturity. The discount rate used to calculate the present values is the market interest rate.
As the bond is a semiannual bond, we will use the semi annual coupon payment, the semi annual percentage of the annual rate of interest on market and the number of semi annual periods outstanding.
Semi annual coupon payment = 1000 * 0.06 * 6/12 = $30
Number of semiannual periods till maturity = 10 * 2 = 20 periods
New market interest rate = 6 + 1 = 7% annual
New semi annual market interest rate = 7% / 2 = 3.5%
Price of bond = 30 * [ (1 - (1+0.035)^-20) / 0.035 ] + 1000 / (1+0.035)^20
Price of bond = $928.938 rounded off to $928.94
We used the present value of annuity ordinary formula for preset value of interest payments and the normal present value of principal formula for the face value.
Answer: 0.11 or 11%
Explanation: The dollar-weighted return (DWR) measures the rate of return of an investment or a portfolio, taking under consideration the timing of flows. for every deposit, add the resulting amount to the start balance, and for every withdrawal, subtract that quantity. Check the attachment for the solution.
Once you've got both numbers, divide the first by the second. which will offer you the dollar-weighted investment return, which you'll then multiply by 100 to give you a return in percentage terms.
