Answer:
b. $461,820
Explanation:
The computation of the amount reported in the balance sheet is shown below:
But before that we need to find out the amortization of discount which is
= Purchased value of bond × interest rate of return - face value of bond × interest rate
= $456,200 × 10% - $500,000 × 8%
= $45,620 - $40,000
= $5,620
Now the amount reported is
= Purchased value + discount amortization
= $456,200 + $5,620
= $461,820
Hence, the option b is correct
If the government agreed to purchase the surplus output and introduced a guaranteed price floor of $40, then most likely the government <span>'s total support payments to producers would be $4000 per week. We have a 180 quantity demanded and we have 280 quantity supplied, we will get the surplus by subtracting the supply by demand. So, 280 - 180 = 100 x price of 40 = 4000.</span>
Answer:
62,200 allowance ending
Explanation:
allownce 5,000 credit
<u>Because the bad debt is calculate over the sales,</u> the bad debt expense is the result of that estimated, without considering the beginning balance of the allowance.
22% of net credit sales will be uncollectible:
260,000 x 22% = 57,200
<u>Now ending balance will be beginning + uncollectible for the period</u>
5,000 beginning
57,200 uncollectible for the period
62,200 allowance ending
Answer:
g = 0.05229 or 5.229% rounded off to 5.23%
Explanation:
Using the constant growth model of dividend discount model, we can calculate the price of the stock today. The DDM values a stock based on the present value of the expected future dividends from the stock. The formula for price today under this model is,
P0 = D1 / (r - g)
Where,
- D1 is dividend in year 1 or the next dividend
- r is the required rate of return
Plugging in the available values for P0, D1 and r, we can calculate the value of g.
82 = 4.65 / (0.109 - g)
82 * (0.109 - g) = 4.65
8.938 - 82g = 4.65
8.938 - 4.65 = 82g
4.288 = 82g
g = 4.288 / 82
g = 0.05229 or 5.229% rounded off to 5.23%
Answer:
The answer is D
Explanation:
Product A is a variable cost because variable cost(inputs) increases(decreases) with increase (decrease) units(output).
Whereas for product B;
Though, fixed cost is fixed across all units of output but as the total output increases, the average fixed cost decreases because the same amount of fixed costs now cover a larger number of output produced.
