Answer:
Standard direct material cost= $306,000
Explanation:
Giving the following information:
Cullumber Products plans to produce 10,200 units in January. Each unit requires 6 pounds of plastic, which costs $5 per pound.
<u>First, we need to calculate the standard pounds needed:</u>
Standard pounds of plastic= 10,200*6= 61,200 pounds
<u>Now, the standard cost:</u>
Standard direct material cost= 61,200*5
Standard direct material cost= $306,000
Answer:
Option B is correct.
Explanation:
Option A is incorrect because the expected return must be greater than the marginal cost of the capital which means that the Net Present Value must be positive.
Option B is correct because the increase in cost of debt or capital would increase the weighted average cost of capital. This is because weighted average cost of capital is directly proportional to cost of capital sources.
Option C is incorrect because its not the cost of one of the capital sources, actually it is the weighted average cost of capital which when starts increasing at a point due to increase in the level of financing is known as breaking point.
So the only statement that is correct is option B.
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Answer: Sheldon focuses or specialize on running errands and Leonard in washing dishes;
they trade at 1 errand run per 20 dishes washed
Explanation:
Sheldon focuses or specialize on running errands and Leonard in washing dishes; thus this the individual specialization
they trade at 1 errand run per 20 dishes washed this is the terms of trade they both can agree on.
Answer:
Explanation:
The base pay rate is about 350,000 Aus dollars. This morning the Aus$ had an exchange rate of 1 Aus$ = 0.7001 US dollars, so that means the base rate is about 0.7 * 350000 = 245,000 US dollars. I don't know what the 6 years does to the equation.
Answer:
Price of bond= $1,922.92
Explanation:
<em>The value of the bond is the present value(PV) of the future cash receipts expected from the bond. The value is equal to present values of interest payment plus the redemption value (RV). </em>
Value of Bond = PV of interest + PV of RV
Semi-annual interest = 4.93% × 2,000 × 1/2 =49.3
Semi-annual yield = 5.29%/2= 2.65%
PV of interest payment
PV = A (1- (1+r)^(-n))/r
A- 49.3, r-0.02645, n- 16×2
= 49.3× (1-(1.02645)^(-10)/0.02645)
= 1,055.521
PV of redemption Value
<em>PV = F × (1+r)^(-n)
</em>
F-2000, r-0.02645, n- 16
×2
PV = 2,000 × 1.02645^(-16×2)
PV = 867.402
Price of Bond
1055.52 + 867.40 =1,922.92
= $1,922.92
