Answer:
d. Decrease by 0.045 minutes
Explanation:
<u>First Case</u>
Time per unit for 250 batch size = (30 / 250) + 5 minutes
Time per unit for 250 batch size = 5.12 minutes
<u>Second case</u>
Time per unit for 250 batch size = (30 / 400) + 5 minutes
Time per unit for 250 batch size = 5.075 minutes
The decrease in manufacturing time = Old-time - New time = 5.12 - 5.075 = 0.045 minutes
. So, it Decrease by 0.045 minutes
The balance in the savings account at the end of the 8th year (i.e., after 8 deposits) is $99,256, and the interest earned on the 8 deposits is $27,256
The future value of annuity is a calculation that measures how a good deal a chain of fixed bills might be really worth at a specific date in the future whilst paired with a particular interest price. The word “value” in this term is the coin's potential that a sequence of future payments can gain.
The equation to find future value of the annuity:
Future Value = E ( ( 1 + r)^p - 1 ) / r
E = Annual deposit = $9,000
r = Interest rate = 9%
P = 8 years
FV = Amount available = 9,000 ( 1.09^8 - 1 ) / .09 = $99,256
Interest = 99,256 - 9000 * 8 = $27,256
Future value is the value of a current asset at a future date based on an assumed fee of growth. The future price is vital to investors and economic planners, as they use it to estimate how an awful lot of funding made today may be worth it in the future.
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Answer: $6,000,000
Explanation:
Hi, to answer this question we simply have to multiply the total market capital of the company (20,000,000) by the percentage under preferred stock (30%) in decimal form.
Mathematically speaking:
20,000,000 x (30/100) = $6,000,000
Feel free to ask for more if needed or if you did not understand something.
Answer:
The computations are shown below:
Explanation:
a. The computation of the economic order quantity is shown below:
= 229 units
The carrying cost is come from
= $2.40 × 20%
b. Time between placement of orders is
= Economic order quantity ÷Annual demand
= 229 ÷ 280
= 0.8179 years
So,
= 0.8179 × 365 days
= 298.53 days
We assume 365 days in a year
c. The average annual cost of ordering cost and carrying cost equals to
= Holding cost + ordering cost
= (Economic order quantity ÷ 2 × Holding cost) + (Annual demand ÷ Economic order quantity × ordering cost)
= (229 units ÷ 2 × $0.48) + (280 ÷ 229 units × $45)
= $54.96 + $55.02
= $109.98
d)
Now the reorder level is
= Demand × lead time + safety stock
where, Demand equal to
= Expected demand ÷ total number of weeks in a year
= 280 pounds ÷ 52 weeks
= 5.38461
So, the reorder point would be
= 5.38461 × 3 + $0
= 16.15 pounds
