A. It is decreased by 50,000 (I'm 50% sure)
6% of 50,000 is 3,000
Answer:
B, A
Explanation:
A: 16% = 1.0F + 6%; F = 10%; B: 12% = 0.8F + 6%: F = 7.5%; thus, short B and take a long position in A.
Answer:
Dr Allowances for sales returns $600
Cr Sales refund payable $600
Being increase sales refund estimate
Explanation:
The sales refund account is liability account that should naturally have a credit balance.
In the current period the balance in the sales refund payable account should be $900 in total,but there is a balancing credit amount already in the account,intuitively, the amount needed to raise the balance in the account to $900 is $600.
The necessary entries required for the sales refund payable is shown below:
Dr Allowances for sales returns $600
Cr Sales refund payable $600
Being increase sales refund estimate
There is no adjusting entry to accounts receivable as that deals with receipt of cash from sales transactions and not the actual sales transactions.
When the refund is eventually settled with cash, a debit is posted to sales refund payable and a credit to cash account
Answer:
Break-even point in total units= 951.7units
Explanation:
<em>Break-even point is the level of activity at which a firm must operate such that its total revenue will equal its total costs. At this point, the company makes no profit or loss</em>.
It is calculated using this formula:
<em>Break-even point (in units) = Fixed cost/ average contribution per unit</em>
<em> Blue Plaid</em>
Contribution per unit 43-30 = 13 52-45 = 7
<em>Average contribution per unit </em>
= ( (13× 4) + (7×5) )/9
= $ 9.66 per unit
<em>Break-even point in total units</em>
= $9200/$ 9.66
= 951.7units
Break-even point in total units= 951.7units
Answer:
d) $13
Explanation:
contribution margin per unit:
- product B = $45
- product C = $39
- product D = $25
contribution margin per machine hour:
- product B = $45 / 2.5 = $18
- product C = $39 / 3 = <u>$13</u>
- product D = $25 / 1.25 = $20
the company should first produce 800 units of product D and use 1,000 machine hours. Then it should produce 680 units of product B using 1,700 machine hours. In order to produce the remaining 20 units of product B and the 600 units of product C, the company must rent machine hours and the maximum possible price per hour is $13 (contribution margin per machine hour product C).
