Answer:
Missing word <em>"a. What must the six-month risk-free rate be in Japan"</em>
<em />
a. Spot rate = 1 US $ = 1.2377 Aus.dollar
Forward rate = 1 US $ = 1.2356 Aus.dollar
<u>1.2356</u> = <u>(1 + i Ad)</u>
1.2377 (1 + 0.05)
0.9983 * (1.05) = 1 + i.Ad
1.048215 = 1 + i.Ad
i.Ad = 1.048215 - 1
i.Ad = 0.048215
i.Ad = 4.82%
b. Spot rate = 1 US $ = 100.3300 Japan Yen
Forward rate = 1 US $ = 100.0500 Japan Yen
<u>100.0500</u> = <u>(1 + i Ad)</u>
100.3300 (1 + 0.05)
0.9972 * (1.05) = 1 + i.Ad
1.04706 = 1 + i.Ad
i.Ad = 1.04706 - 1
i.Ad = 0.04706
i.Ad = 4.71%
Construction expenditures should be debited when <u>D. The bill is approved for payment.</u>
<u>Explanation:</u>
In the above scenario, Acme Construction Co. submitted bill amount of $1,200,000 on a construction contract. The payment of the bill was approved on May 2. According to the contract, 10% was subject to retention.
This construction expenditure is debited when the bill is approved for payment. Contract includes all the details regarding payment and terms and conditions between the companies or parties.
Once the bill submitted by company is approved, then the retention amount will be automatically debited.
C = 50 + 0.8Y is the consumption function that is consistent with the provided data. The MPC is determined by subtracting the change in consumption from the change in disposable income, which equals 160/200, or 0.8.
Marginal propensity calculation.
$200 billion less $0 billion equals $200 billion in changes to disposable income.
Consumption change equals $210 minus $50, or $160 billion.
MPC = Change in Consumption/Change in Disposable Income, which equals $160 billion/$200 billion and is equal to 0.8.
There is a 0.8 marginal tendency to consume.
Step 2
This is how consumption function is defined.
C = a + bY
Where,
a = Consumption at zero income level
b = MPC
In given case,
$50 billion would be consumed at a level of income zero.
MPC is 0.8
So,
C = 50 + 0.8Y is the consumption function that matches the provided data.
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Answer:
Predetermined manufacturing overhead rate= $6.875 per machine-hour
Explanation:
Giving the following information:
The estimated manufacturing overhead costs are $275,000 and an estimated 40,000 machine hours.
To calculate the predetermined manufacturing overhead rate we need to use the following formula:
Predetermined manufacturing overhead rate= total estimated overhead costs for the period/ total amount of allocation base
Predetermined manufacturing overhead rate= 275,000/40,000
Predetermined manufacturing overhead rate= $6.875 per machine-hour