Answer:
$133,000
Explanation:
We can find Pete's total contribution to GDP by adding up the following numbers:
$87,000 worth of pizzas - because finished goods are part of GDP
$39,000 paid to employees - because wages are part of GDP
$5,000 paid in taxes - taxes are part of GDP because they are government revenue
$2,000 of inventories at the end of year - end-of-year inventories are included in GDP
Therefore: $87,000 + $39,000 + $5,000 + $2,000 = $133,000
the $11,000 worth of ingredients are not included in GDP because GDP only accounts for finished goods and services.
Answer: $40,000
Explanation:
Kline brings in equipment that is worth $60,000 but has a basis of $45,000.
The equipment however is subject to a loan of $10,000.
This loan will have to be deducted from the basis. The partnership however is assuming the loan and Kline is only 50% liable in the partnership so Kline's basis will only be affected by half of the loan.
Basis = 45,000 - 5,000
= $40,000
Answer:
A. The amount of fixed overhead deferred in inventories is $60,000
Explanation:
Unit product cost
Year 1 Year 2
Direct materials $12 $12
Direct labor $5 $5
Variable manufacturing
overhead $5 $5
Fixed overhead
$48 $36
($432,000 ÷ 9,000) ($432,000 ÷ 12,000)
unit product cost $70 $58
Fixed overhead deferred (1,000 × $48) $48,000
Fixed overhead released -$48000
Fixed overhead deferred (3000 × $36) $108,000
Net $48,000 $60,000
The amount of fixed overhead deferred in inventories is $60,000
Answer:
The correct answer is option C.
Explanation:
The decision-making process followed by consumers assumes that consumers are rational beings who are trying to maximize their satisfaction using their limited income.
So these consumers will consume the good or combination of goods that maximize their total utility derived from the consumption of these goods.
The consumers have limited income, they are aware of the marginal utility they derive from the consumption of an additional unit and they are also able to rank their preferences.
Answer:
$140,420
Explanation:
The demand function is q = -720p + 20,500.
The price is $17
q = -720 ($17) + 20500 = 8260
The quantity sold is 8260
Revenue = price × quantity sold
= $17 × 8260 = $140,420
