Answer:
$75 per case
Explanation:
Required: Selling Price per case
Sales – Variable cost – Fixed cost = Target desired profit
Sales = 800000 case x Selling Price (SP)
Variable cost = (800000 case x $40) + (800000 x SP x 25%)
Putting into equation:
Sales – Variable cost – Fixed cost = Target desired profit
(800000 x SP) – [(800000 x 40) + (800000 x SP x 25%)] - $8000000 = $ 5000000
>800000SP – (32000000 + 200000SP) – 8000000 = 5000000
>800000SP – 32000000 – 200000SP – 8000000 = 5000000
>800000SP – 200000SP = 5000000 + 8000000 + 32000000
>600000SP = 45000000
>SP = 45000000 / 600000
>SP = $ 75
Answer:
value of the product to be protected
Explanation:
The value of the products that are being shipped or distributed should not be included in the protective package.
The severity of the distribution environment refers to whether the products are hazardous or not, e.g. pesticides should be dealt very carefully because they are poisonous.
The fragility of the product to be protected refers to the materials used to build the product, e.g. products made of glass are extremely fragile.
The performance characteristics of various cushion materials. refers to what type of cushioning was used to protect the product during shipment.
Answer: $3,704,040
Explanation:
The issue/ selling price of a bond is calculated by the formula:
= Present value of coupon payments + Present value of face value
The coupon payments will be an annuity and in cash terms are:
= 8% * 4,500,000
= $360,000
Selling price:
= (360,000 * Present value of an ordinary annuity factor, 11%, 10 periods) + (4,500,000 * Present value discount factor, 11%, 10 periods)
= (360,000 * 5.889) + (4,500,000 * 0.352)
= $3,704,040
Answer:
$ 10.38 billion
Explanation:
Using six-tenths rule
Estimated cost / the known cost = (size of the estimate / size of the known)^0.6
Estimate = $ 12 billion ( 110000/140000)^ 0.6
Estimate = $ 10.38 billion
I think the answer is convergent plate boundaries, but I am not positive. hope this helps :)
