Given:
<span>accounts receivable of $244,000
allowance for uncollectible accounts of $1,350 (credit)
1% of the accounts receivable should be the value of the allowance for uncollectible accounts.
244,000 x 1% = 2,440
2,440 - 1,350 = 1,090
Adjusting entry:
Debit Credit
Bad Debt Expense 1,090
Allowance for uncollectible accounts 1,090</span>
Answer:
The cost per unit for product B is<em> $ 15 per unit</em>
Explanation:
Only Manufacturing Costs are used in Product Costing. Thus to find the Cost Per Unit of Product B, we Prepare a Manufacturing Cost Summary for Product B.
<u>Step 1 Prepare a Manufacturing Cost Summary for Product B</u>
Direct materials $ 15,000
Direct labor $24,000
Overhead costs($24,000/$36,000) × $54,000 $36,000
Total Cost for Product B $75,000
<u>Step 2 Calculate the Cost Per Unit for Product B</u>
Cost Per Unit = Total Cost / Number of Units Produced
= $75,000 / 5,000 units
= $ 15 per unit
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Answer:
True
Explanation:
The net cash flow for the year can be calculated using the following equation:
net cash flow = net income + accounts payable - accounts receivable
net cash flow = $29,500 + $5,400 - $2,500 = $32,400
We have to subtract accounts payable since they were included in the net income but the cash has not been received yet.
Answer: I'll need $2,14,309.02 in my savings account in order to make tuition payments over the next four years.
We follow these steps in order to arrive at the answer:
In this question, we need to take into account that we need to pay 35% as taxes on interest earned.
So even though the interest rate on the deposit is 5%, only
will be available for use.
Hence, effectively the deposit will only earn
or 3.25% interest after taxes.
We'll compute the the Present Value of the annuity of 58,000 for four years at 3.25% interest in order to determine the amount that is needed today.
The Present Value of an Annuity formula is

Substituting the values in the equation above we get,



Answer:
D. demand is unitary elastic.
Explanation:
A unitary elastic demand means that the quantity demanded will change proportionally to any change in the price of the product or service. E.g. price decreases by 10%, then quantity demanded will increase by 10%.
The marginal revenue curve represents the additional revenue generated by selling one more unit. As the marginal revenue curve approaches 0, it means that selling one additional unit generates lower revenues.