Answer:
The answer is 629,000.
Explanation:
- For each unit of M sold, the price is 7 and the cost is 3, so the contribution margin is 4;
- For each unit of N sold, the price is 4 and the cost is 2, so the contribution margin is 2;
- For each unit of O sold, the price is 6 and the cost is 3, so the contribution margin is 3;
- With the mix, 1 unit of sale contributes (contribution per mix) 3*M+1*N+2*O = 3*4+1*2+2*3 = 20
For covering the 340,000 of fixed costs, you have to sale 340,000/20 units. That's equal to 17,000 units.
Each unit of sales is equal to (price per mix) 7*M+4*N+6*O = 7*3+4*1+6*2 = 37. So, with 17,000 units, the total sales will be 17,000 * 37 = 629,000.
Answer:
similarities; differences Is correct answer
Explanation:
individuals in different segments should have similarities within the segment and differences across the segments.
(Hope this helps can I pls have brainlist (crown)☺️)
Answer:
$208
Explanation:
Using the FIFO Inventory method, inventory items are assumed to be sold in the order in which they were purchased from the earliest to the latest.
The order of purchase of the inventory items are.
Jun. 1, DVD Player 1012, $113
Nov. 1, DVD Player 1045, $95
Nov. 31, DVD Player 1056, $88
Therefore, if two of the three items are sold, the cost of goods sold is the cost of the first two items purchased
= 113 + 95 = $208.
Frequently lacks effective communication channels across departments. Communication between departments can be an issue in this structure.
Answer:
the total cost of ordering and holding sugar is $1,000 per year
Explanation:
<em>Step 1 Calculate the Economic Order Quantity(EOQ).</em>
EOQ = √(2×Total Demand×Ordering cost)/ Holding Cost per Unit
= √(2×250×20×5)/20
= 50
<em>Step 2 Calculate the total cost of ordering and holding sugar</em>
Total cost = Ordering Cost + Holding Cost
= (250×20)/50 × $5 + 50/2 × $20
= $500+$500
= $1,000
Therefore, the total cost of ordering and holding sugar is $1,000 per year
