Answer and Explanation:
The computation of the expected return and the standard deviation is given below:
the expected return is
= $90,000 × 13% + $60,000 × 6.6%
= $15,660.00
And,
standard deviation of return is
= $90,000 × 13% × 44% + $60,000 × 6.6%
= $5,148 + $3,960
= $9,108.00
In this way it should be calculated
Answer:
$60 per unit
Explanation:
Total overheads:
= Overheads of fabrication department + Overheads of assembly department
= $90,500 + $109,700
= $200,200
Total labor hours:
= Blinks + Dinks
= (1,013 × 4) + (1,859 × 5)
= 4,052 + 9,295
= 13,347
Overhead rate per hour = Total overheads ÷ Total labor hours
= $200,200 ÷ 13,347
= $15 per hour
Total overhead cost for blinks:
= Total hours for blinks × rate per hour
= 4,052 × $15 per hour
= $60,780
Overhead cost per unit for Blinks:
= Total overhead cost for blinks ÷ Total units
= $60,780 ÷ 1,013
= $60 per unit
Answer:
Increase
fall
Explanation:
A recession occurs when the gross domestic product of a country for two consecutive quarters is negative.
Annually balanced budget is a budget where at the end of every year, revenue must equal expenditure.
If in a recession, a government is under pressure to maintain a balanced budget, the government would need to increase taxes. this is because income would be less than government expenditure as a result of the recession. In order to maintain a balanced budget, the government can either increases taxes are reduce expenditure.
When taxes are increased, disposable income falls and this causes aggregate demand to fall
Answer:
$4.50
Explanation:
In order to make a profit from the futures contracts, it would be appropriate to take a long position in the June futures contract(buy) and take a short position in the December futures contract.
The investor would borrow $60 today which would necessitate paying back $60 plus a half-year in interest payment.
loan repayment=$60*(1+5%/2)=$ 61.50
In December, sell crude oil at $66 and repay the loan principal and interest
profit=$66-$61.50=$4.50
The effective rate on these bonds is 7.17%
<h3>What is the effective rate?</h3>
The effective interest rate of a bond is the rate that equates the present value of the bond's future interest payments and the bond's maturity value to the bond's current market value.
The effective interest rate can be determined using a financial calculator:
- Cash flow in year 0 = -490,222
- Cash flow from period 1 - 12 = 6% x 540,000 = 32,400
- Cash flow in year 6 or period 12 = $540,000
effective interest rate = 7.17%
To learn more about effective interest rate, please check: brainly.com/question/13735414
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