Answer:
The correct answer is Demand is inelastic, but not perfectly.
Explanation:
Inelastic demand is that demand that is not very sensitive to a change in price. In this way, before a variation in the price the quantity demanded reacts in a less than proportional way. For example, if the price increases by 10% and in response the quantity demanded is reduced by less than 10%, then the demand is said to be inelastic.
The elasticity of demand, also known as the elasticity-price of demand, is defined as the percentage change of the quantity demanded before a percentage change in the price.
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
Answer:
A. $1,517,648 thousand
Explanation:
The computation of the cost of goods sold using the FIFO method is shown below:
= Cost of goods sold under LIFO - (Ending LIFO reserves - Beginning LIFO reserves)
= $1,517,397 - ($4,345 - $4,094)
= $1,517,648
We simply applied the above formula so that the cost of goods sold using the FIFO method could come
All other information i.e given is not relevant. Hence, ignored it
Answer:
the amount of money that must be invested now is $21068.87
Explanation:
Given that:
Nominal interest = 10%
Annuity = 7000
n = 8 years
The Effective interest rate is calculated by using the formula:
Effective interest rate = 
Effective interest rate = 
Effective interest rate = 0.1045
Effective interest rate = 10.45 %
Thus ; the the amount of money that must be invested now is the present value with the annuity of $7, 000 per year for 12 years, starting eight years from now.

PV = 7000 × 6.666056912 × 0.4515171371
PV = $21068.87
Thus; the amount of money that must be invested now is $21068.87