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
Learn more about bad debts expenses here : brainly.com/question/18568784
Answer:
The correct answer is C. Bananas are already grown for consumption so no extra energy or resources will be used to create the husks.
Explanation:
Banana husks are residues that arise from the consumption of bananas by people, with which in principle they do not have a specific use, and are generated constantly given the high consumption rates of these foods.
Therefore, if the husks were to be used for the creation of changes of clothes, that is, using waste as raw material, this would be an environmentally friendly option because new resources would not be used for their elaboration, but rather they would be recycled. waste from other types of consumption.
Answer:
c. Increase by $0.1 trillion
Explanation:
Investment spending Multiplier is a concept in economics that measure how a given change in investment increases output. So if current output of $13.5 trillion must increase to $14 trillion, we employ the multiplier formula to derive what amount of investment spending is needed to get $o.5trillion increase in output.
(change in output)/ (change in investment) = 1/(1-mpc)
Note that mpc means marginal propensity to consume.
Let change in investment = X
change in output = 14 - 13.5 = $0.5trillion
mpc = 0.8
(0.5)/X = 1(1-0,8)
0.5/X = 1/0.2
cross multiply
X = 0.1
Thus the needed change in investment is an increase of $0.1 trillion. In other words, if investment increases by $0.1 trillion, current output will increase from $13.5 trillion to $14 trillion.