Answer:
Expected number of orders=31.6 orders per year
Explanation:
<em>The expected number of orders would be the Annual demand divided by the economic order quantity(EOQ).</em>
<em>The Economic Order Quantity (EOQ) is the order quantity that minimizes the balance of holding cost and ordering cost. At the EOQ, the holding cost is exactly the same as the ordering cost.</em>
It is calculated as follows:
EOQ = (2× Co D)/Ch)^(1/2)
Co- ordering cost Ch - holding cost, D- annual demand
EOQ = (2× 10 × 100000/2)^(1/2)= 3162.27 units
Number of orders = Annual Demand/EOQ
= 100,000/3,162.27= 31.62 orders
Expected number of orders=31.6 orders per year
C. $18,644 is the correst answer. Hope this helped
Answer: raise; reduce
Explanation:
A Supply shock is described as a situation where the supply of a good changes suddenly/ abruptly due to an unforeseen event.
Supply shocks can be positive but are usually negative so we will assume the supply shock is negative here.
If there is a negative supply shock, the amount of goods being produced will reduce abruptly which will force the supply curve to shift left.
It will then intercept the the demand curve at an equilibrium level that has a higher price and a lower quantity of output.
Think of it this way. Negative supply shock ⇒ less goods ⇒ scarcity ⇒ higher prices.
Answer:
Fixed costs = $13,000
Variable costs = $450,000
Explanation:
Fixed costs are costs that do not vary with production. In this question, they are rent payments and monthly payments on meat packaging equipment.
Fixed cost = $10,000 + $3,000 = $13,000
Variable costs are costs that vary with production. In this question, they are the cost of purchase of raw meat, wages and fuel costs.
Variable costs = ($20 + $90 + $40) × 3000 = $450,000
I hope my answer helps you.
Answer:
Total contribution margin= $60,000
Explanation:
Giving the following information:
Units sold= 3,000
Selling price per unit= $45
Unitary variable cost= $25
First, we will calculate the unitary contribution margin:
Unitary contribution margin= 45 - 25= $20
Now, total contribution margin:
Total contribution margin= 3,000*20= $60,000
