Answer:
What do capital controls prevent?
Speculators from rushing into and out of a country's market and
disrupting its economy.
Explanation:
Capital control entails when a body that regulates money in a country controls the cash inflow and outflow
Answer:
1.5 cars
Explanation:
Three employees can produce a total of:
= 4 × 3
= 12 cars in an hour.
Five employees can produce a total of:
= 3 × 5
= 15 cars in an hour
So, the increase in total product of labor as I increase the labor from 3 to 5 employees:
= Total product when 5 employees are hired - Total products when 3 employees are hired
= 15 - 12
= 3 cars.
So, the marginal product of moving from 3 to 5 workers:
= 3 ÷ 2
= 1.5 cars
Answer: Cash $1,960
Sales returns and allowances $800
Sales discount $40
Accounts receivable $2,800
Explanation:
Sales = $2,800
Sales returns = $800
Discount rate = 2%
The final amount due will be:
= Sales- Sales returns
= $2,800 - $800
= $2,000
Sales discount = 2% × $2,000 = $40
Cash received will be:
Final amount due - Sales discount
= $2,000 - $40
= $1,960
The journal entry will be:
Debit Cash $1,960
Debit Sales returns and allowances $800
Debit Sales discount $40
Credit Accounts receivable $2,800
Answer:
Consider the economy of Arcadia. Its households spend 75% of increases in their income. There are no taxes and no foreign trade. Its currency is the are. Potential output Is 600 billion arcs (Scenario: Fiscal Policy) Look at the scenario Fiscal Policy. If actual output Is 500 billion arcs, to restore the economy to potential output government should by 25 billion arcs.
increase taxes
Explanation:
Answer:
$1,800
Explanation:
Calculation to determine the variable overhead efficiency variance
Using this formula
VOH Efficiency Variance = Budgeted VOH based on Actual - Budgeted VOH/Standard Qty
Let plug in the formula
VOH Efficiency Variance = ((16,000 * $1.80/hr) - ((5,000 * 3.00hrs/unit * $1.80/hr))
VOH Efficiency Variance = $(28,800.00 - $27,000.00)
VOH Efficiency Variance = $1.800
Therefore Using the four-variance approach, what is the variable overhead efficiency variance will be $1,800