A likely result will be a decrease in the quality of a product.
The fee ceiling is a state of affairs while the price charged is greater than or less than the equilibrium fee decided with the aid of market forces of demand and deliver. It's been found that higher price ceilings are useless. price ceiling has been discovered to be of extraordinary importance within the residence rent marketplace.
A price ceiling is a legal maximum rate that one will pay for some good or carrier. A government imposes rate ceilings as a good way to preserve the price of some necessary precise or services low-cost. as an example, in 2005 at some stage after Hurricane Katrina, the price of bottled water expanded above $five according to the gallon.
A rate ceiling continues a fee from growing above a sure level (the “ceiling”), even as a fee ground continues a rate from falling underneath a given degree (the “ground”). This phase uses the call for and delivers a framework to research price ceilings. the following section discusses rate flooring.
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Answer:
<em>Incomplete question is "2. What journal entry should Johnson record to recognize bad debt expense for 2021? 3. Assume Johnson made no other adjustment of the allowance for uncollectible accounts during 2021. Determine the amount of accounts receivable written off during 2021 4. If Johnson instead used the direct write-off method, what would bad debt expense be for 2021?"</em>
1. Gross accounts Receivable = Allowance Account balance at beginning / 10%
= $30,000 / 10%
= $300,000
2. Year Account Title Debit Credit
2021 Bad debt expense $105,000
($500,000*10% + $55,000)
To Allowance for Doubtful Accounts $105,000
3. Accounts receivable written off = Beginning balance of Allowance Account - Ending Balance of Allowance account
= $30,000 - (- $50,000)
= $30,000 + $50,000
= $80,000
4. Bad debt expense for 2021 (direct write off method) = Amount written off = $80,000
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Answer:
$90,000
Explanation:
We could allocate assembly overhead on the basis of the parts used in the assembly process:
wheels ⇒ 300,000 x 2 parts = 600,000 parts
<u>seats ⇒ 600,000 x 3 parts = 1,800,000 parts</u>
total parts assembled 2,400,000 parts
overhead costs per part assembled = $360,000 / 2,400,000 parts = $0.15 per part
so the overhead allocated to wheels should be = 600,000 parts x $0.15 per part = $90,000
