Answer: c. $20,000
Explanation:
The Loss on Realization is monies accrued after assets have been sold off at less than their original value and in Calculating it, the following formula is used,
Loss on realization = Total Capital Balances after payment of liabilities minus - balance
Slotting in the figures therefore we have,
Loss on realization = $40,000 + $70,000 - $80,000
= $30,000 was the total loss on Realization
Seeing as Antonio and Barbara are partners who share income in the ratio of 1:2 we allocate to Barbara as follows,
Barbara = $30,000 * 2/(1+2)
= $20,000
Therefore option C is correct.
The answer to the question above is "brand names cause consumers to be more sensitive to product differences" based on the result of Roberto's taste test. In the blind test, Roberto did not feel the unsavory flavor from the generic store-coke and he prefers that generic store-coke. This test proves that Roberto's taste is distracted by the brand.
Answer:
$250 ( C )
Explanation:
using the given data below is the entry
The adjusting entry to recognize bad debts will include a debit to bad debt expense for
<h3>
particulars amount</h3>
Beginning accounts receivable 14000
+ Credit sales made during the year 172000
(-) collections from debtors (170000)
(-) expected salary return & allowances for credit sales (2000)
Ending accounts receivable 14000
Percentage of bad debt 1.5%
Total bad debts balance required ( 14000*1.5%) 210
+ Already debit balance in allowance for doubtful account 40
Total debit to be made in bad debts 250
Total debts = total bad debts balance required + already debit balance in all
= 210 + 40 = $250
Question: The demand function for widgets is given by D(P) = 16 − 2P. Compute the change inconsumer surplus when price of a widget increases for $1 to $3. Illustrate your result graphically
Answer:
For price of a widget equal to $1 consumer surplus is
D(1) = 16 - 2(1) = 14
CS₁ = ½ × (8 – 1) × D(1) = ½ × 7 × 14 = 49.
When price is equal to $3 consumer surplus is
D(3) = 16 - 2(3) = 10
CS₃ = ½ × (8 – 3) × D(3) = ½ × 5 × 10 = 25
