Answer:
1693.25
Explanation:
The computation of the current price of the item and the price 9 years from today is shown below:-
p(t) = 1,200 × (1.039)^t
Now, the current price can be found by putting t = 0
p(0) is

The price 10 years from today
p(9) is

Now we will solve the above equation
= 1,200 × 1.411041958
= 1693.25035
or
= 1693.25
Answer:
$14,343.25
Explanation:
The computation is shown below;
For the first bank
The value of investment is
= $68,000 × 8% × 8 + $68,000
= $111,520
For the second bank
= $68,000 × (1 + 0.08)^8
= $125,863.25
So, the difference in these both amount should be
= $125,863.25 - $111,520
= $14,343.25
Answer:
The answer is <u>"a. 8.13%".</u>
Explanation:
Given that;
d0 = $1.75
p0 = $40.00
g = 3.6% = 0.036
By using the formula;
Price of the stock = (Dividend this year)(1+g) ÷ (r - g)
By putting the values;
40 = (1.75)(1+0.036) ÷ (r - 0.036)
r - 0.036 = (1.75)(1.036) ÷ 40
r - 0.036 = 1.813 ÷ 40
r - 0.036 = 0.045325
r = 0.045325 + 0.036
r = 0.081325 = 0.081325 x 100
<u>r = 8.13%</u>
Answer:
<u>A) $4.67</u>
Explanation:
In a perfectly competitive market, marginal revenue always is equal to price. Also, the price is not determined by the firms, it is given by the market because producers doesn´t have any power of decision in this matter.
Due to that, the price is constant, independent the quantity sold.
Answer:
Cost to make $337,600
Cost to make $344,400
The company should make the product
Explanation:
Calculation to determine the total incremental cost of making 84,000 and buying 84,000 units
COST TO MAKE
Relevant per unit Relevant fixed cost Total relevant cost
Variable cost per unit $2.90 - $243,600(84000*$2.90)
Fixed manufacturing costs - $94,000 $94,000
Cost to make $337,600
($243,600+$94,000)
COST TO BUY
Relevant per unit Relevant fixed cost Total relevant cost
purchase per unit $4.10 - $344,400[$4.10*84000]
Cost to make $344,400
Based on the above calculation the cost of buying is higher than the cost of making therefore the company should MAKE the product.