The amount that should be debited to Bad Debts Expense, assuming 3% of outstanding accounts receivable at the end of the current year are estimated to be uncollectible is $1,913
<h3>What is bad debts expenses?</h3>
Bad debt are debts owned to a business which cannot be recovered. Here, the customer has chosen not to pay this amount.
Computation of amount to be debited to Bad Debts Expense:
= Accounts Receivable, debit balance of $97,800 * 3% of outstanding accounts receivable at the end of the current year
= $97,800 * 3%
= $2,934
Then,
= $2,934 - $1,021
= $1,913
Hence, the amount that should be debited to Bad Debts Expense, assuming 3% of outstanding accounts receivable at the end of the current year are estimated to be uncollectible is $1,913
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Complete Question:
A. According to census data, the percentage of Southville's population that lives in rural areas has gradually been shrinking.
B. The standards for obtaining a mortgage loan in Southville have been more stringent compared to many other countries.
C. Prior to the crisis, the prices of existing homes also increased in proportion to the prices of new homes in Southville.
D. A large proportion of home buyers in Southville were individuals who already owned one or more houses.
E. The inflation-adjusted real wage in the construction industry increased by 10 percent prior to the crisis.
Answer and Explanation:
Options A and D would weaken Bob's argument. The reason why option A would weaken Bob's argument would be because Bob said that the population is increasing whereas the according to the census data, the population has gradually been shrinking.
The reason for option D is that the individuals who already owned houses were buying new houses. So what was the need for them to buy additional new houses?
Answer:
d. $489,500
Explanation:
The capitalized cost will include all the costs incurred by Holiday laboratories to readily make the asset for use.
Therefore,
Capitalized cost = High speed industrial centrifuge + Shipping cost + Foundation cost + Equipment cost + Labor and testing cost + Material cost
= $440,000 + $30,000 + $8,600 + $3,000 + $5,300 + $2,600
= $489,500
