Answer: The accounts receivable turnover is computed using the formula below: Net credit sales divided by Average accounts receivable
Explanation: The accounts receivable turnover ratio is a measure used to quantify a company's effectiveness in managing its receivables collections or amount owed by clients. The following steps are involved in calculating the accounts receivables turnover:
- Get the accounts receivable at the beginning and end of the desired periods and divide by 2 to get the average, which is the denominator in the formula above.
- Then get the net credit sales, which is the total sales revenue done on credit to customers, after backing out customers' returns
High accounts receivable turnover ratio means the company's collection process is highly effective while the low ratio signifies the opposite.
Answer:
Market price of Bond = $4603.116669 rounded off to $4603.12
Explanation:
To calculate the price of the bond, we need to first calculate the coupon payment per period. We assume that the interest rate provided is stated in annual terms. As the bond is a semi annual bond, the coupon payment, number of periods and semi annual YTM will be,
Coupon Payment (C) = 5000 * 0.0363 * 1/2 = $90.75
Total periods (n)= 23 * 2 = 46
r = 4.17% * 1/2 = 2.085% or 0.02085
The formula to calculate the price of the bonds today is attached.
Bond Price = 90.75 * [( 1 - (1+0.02085)^-46) / 0.02085] + 5000 / (1+0.02085)^46
Bond Price = $4603.116669 rounded off to $4603.12
Answer:
D. the multiplier effect of a fiscal policy action that applies to a long-run period after all influences on equilibrium real GDP have been taken into account.
Explanation:
The fiscal multiplier measures the effect that increases in fiscal spending will have on a nation's economic output, or gross domestic product (GDP).
Answer:
$15,699.54
Explanation:
The computation of the account balance after 10 years from today is shown below:
= Future value of amount deposited today × (1 + interest rate)^number of years + Future value of amount deposited two years × (1 + interest rate)^number of years + Future value of amount deposited three years × (1 + interest rate)^number of years
= $1,300 × (1 + 8.1%)^10 + $3,200 × (1 + 8.1%)^8 + $4,000 × (1 + 8.1%)^7
= $2,832.70 + $5,966.99 + $6,899.85
= $15,699.54