with semen and a fertilized egg
The next guesses of the clerk should be less of red shells and more of white shells.
<h3><u>Decision about less of white and more red shells</u>:</h3>
Given that,
Red shell [r] costs = $0.75 each.
White shell [w] costs = $0.49 each.
Total of 8 shells = $4.70
The clerk guesses that the $4.96 for 4 red shells and 4 white shells is greater than the actual purchase.
Therefore,
The clerk should make use of less red shells, and more of white shells, because the unit costs of red shell is more than the white shell.
Learn more about equations, refer:
brainly.com/question/2574274
Answer:
The company should order 100 units to minimize total inventory cost.
Explanation:
Given,
Annual Demand, D = 2,000 units
Order cost, S = $20
Purchase cost = $40
Holding cost, H = Purchase cost x percentage of holding cost
Holding cost = $40 × 20%
Holding cost = $8
We know, the company should order the highest number of products with a minimum cost, and for that, the company uses economic order quantity. Hence,
Economic Order Quantity (EOQ) = 
EOQ = 
EOQ = 
EOQ = 100
Answer:
410 rooms and $22,550
Explanation:
The computation of the break even point and in dollars is shown below:
Break even point in units is
= Fixed cost ÷ (Selling price - variable cost)
where,
Fixed cost is
= Salaries + Utilities + Depreciation + Maintenance
= $6,600 + $1,100 + $900 + $420
= $9,020
And, the selling price is $55
And the variable cost is
= Maid service + other cost
= $22 + $11
= $33
So, the break even point in points is
= ($9,020) ÷ ($55 - $33)
= 410 rooms
And the break even point in dollars is
= 410 rooms × $55
= $22,550
