Answer:
The correct answer is C.
Explanation:
Giving the following information:
The Nelson Company's radio division currently is purchasing transistors from the Charlotte Co. for $3.50 each. The total number of transistors needed is 8,000 per month. Nelson Company's electronics division can produce the transistors for a cost of $4.00 each and they have plenty of capacity to manufacture the units. The $4 is made up of $3.25 in variable costs, and $0.75 in allocated fixed costs.
Because there is unused capacity, we will not have into account the fixed costs.
Unitary cost= $3.25
It is more convenient to produce in house. The indifference price is $3.50.
Answer:
5.657%
Explanation:
Data provided:
Face value = $1,000
Current market price = $640
Time of maturity, t = 8 year
Now,
the compounding formula is given as:
Face value = Current amount × 
where,
r is the rate i.e pretax rate of debt
n is the number of times the interest is compounded i.e for semiannual n = 2
thus, on substituting the values, we get
$ 1,000= $ 640 × 
or
1.5625 = 
or
= 1.0282
or
r = 0.05657
or
pretax cost of debt = 0.05657 × 100% = 5.657%
Answer:$2:09
Explanation: If you subtract the 2 you will get your answer! :)
(Sorry I just read the question wrong)
Answer:
The correct answer is option (B) perfectly inelastic
Explanation:
It is a known facts that anytime tax is imposed on any goods at any given time, the tax falls totally on the consumers provided the elasticity of demand is zero.
Since increase in tax doesn't affect the demand for goods and services, and no matter the increment in price from the supplier, the demand remains the same. Therefore, the demand curve for goods Y is said to be perfectly inelastic.
Answer:
The annual worth of the overhead costs for 7 year-period is
A = $389743.42.
<em>Then the time value of the annual worth is discounted by 8%</em>
∴ $389743.42 x 0.08 = $31179.47.
Explanation:
Using the formula
A = P(1 + r/n)
Where:
A = ?
t = 7
P = $200,000.00
r = 10%
n= 1
TVM =8%
∴ A = $200,000.00(1 + 0.10/1)
A = $200,000.00(1.10)
A = $200,000.00(1.9487171)
A = $389743.42
<em>Then the time value of the annual worth is discounted by 8%</em>
∴ $389743.42 x 0.08 = $31179.47