I would ask "how much is the initial investment" and "how long is the payback period of the project" before I decide which one to invest in. The IRR of both companies have already shown the return rate of the project, therefore knowing the period and the initial amount would be the best option<span>. This option related to our fund sufficiency and cash flow.</span>
I think I must first get the marginal cost of the product before i bought if it is worth it to its value, Then i would compute for the marginal benefit to know what would i gain in this product. Lastly I would compare both the marginal cost and marginal percentage if the cost is lower than the benefit then the product is worth it to buy.
Answer:
a. real interest rate is 0.217 or 21.7%.
b. saving = 134
, investment is 332
, consumption is 3666.
Explanation:
a) Y = Cd + Id + Gd
Where Y= output
Cd= consumption
Id= Investment purchases
Gd=Government purchases
Y= (3600 - 2000r + 0.10Y) + (1200 - 4000r) + 1000
Y=5800-6000r+0.10Y
0.9Y=5800-6000r
At full employment Y=5000
Putting the value of Y in the above equation
0.9*5000=5800-6000r
5800-4500=6000r
r=0.217
Therefore real interest rate is 0.217 or 21.7%.
(b) Sd = Y - Cd - G
where Sd is national saving
Sd = Y - (3600 - 2000r + 0.1Y) - 1200
Sd = 5000-(3600 - 2000*0.217 + 0.1*5000) - 1200 =5000-3600+434-500-1200 = 134
Therefore, saving = 134
Id= 1200-4000*0.217 =332
Therefore, investment is 332
Cd= 3600-2000r+0.10Y=3600-434+500=3666
Therefore, consumption is 3666.
Answer:
31,500
Explanation:
Cost function, C (x) = 2 x + 4500
Revenue function, R (x) = 5 x
Profit = Total revenue - Total cost
= R(x) - C(x)
= 5 x - [2 x + 4500]
= 3 x - 4,500
If company sells 12,000 boxes, then profit will be:
= 3 x - 4,500
= 3(12,000) - 4,500
= 36,000 - 4,500
= 31,500
Therefore, 31,500 is the profit earn by the company by selling 12,000 boxes of cereal.
Answer:
It is cheaper to buy the seats.
Explanation:
Giving the following information:
The company is currently operating at 100% capacity, and variable manufacturing overhead is charged to production at the rate of 60% of direct labor cost. The direct materials and direct labor cost per unit to make the bicycle seats are $8.00 and $9.00, respectively. Normal production is 50,000 bicycles per year. A supplier offers to make the bicycle seats for $21 each. If the bicycle company accepts this offer, all variable manufacturing costs will be eliminated, but the $30,000 of fixed manufacturing overhead currently being charged to the bicycle seats will have to be absorbed by other products.
Make in house= [8 + 9 + (9*0.6)]*50,000= $1,120,000
Buy= 21*50,000= $1,050,000
It is cheaper to buy the seats.
