Answer:
Its action would be optimal given an ordering cost of $28.31 per order
Explanation:
According to the given data we have the following:
economic order quantity, EOQ= 55 units
annual demand, D=235
holding cost per one unit per year, H=40%×$11=$4.4
ordering cost, S=?
In order to calculate the ordering cost we would have to use the following formula:
EOQ=√(<u>2×D×S)</u>
(H)
Hence, S=<u>(EOQ)∧2×H</u>
2×D
S=<u>(55)∧2×4.4</u>
2×235
S=<u>13,310</u>
470
S=$28.31
Its action would be optimal given an ordering cost of $28.31 per order
Answer:
$57.11
Explanation:
$25.85 × 4 = $103.40
$15.70 × 2 = $31.40
Total cost of purchase = $134.80
6% tax = 0.06 × $134.80 = $8.09
Total cost of purchase including tax = $142.89
Change received by Blaine = $200 - $142.89 = $57.11
I hope my answer helps you
Answer:
Cedrick's potential maximum liability = $50
Explanation:
Given:
$250 = a Blueminusray player
$600 = new set of tires
$200 = Cash withdrawal
$40 = interest charges
Find:
Cedrick's potential maximum liability
Computation:
Cedrick's potential maximum liability = Blueminusray player - Cash withdrawal
Cedrick's potential maximum liability = $250 - $200
Cedrick's potential maximum liability = $50
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Answer:
Difference= $1,000 increase
Explanation:
Giving the following information:
Selling price per unit: $30
Variable expenses per unit: $21
New selling price= 30 - 2= $28
New units sales= 13,000
<u>First, we need to calculate the current contribution margin:</u>
Total contribution margin= units sold*unitary contribution margin
Total contribution margin= 10,000*(30 - 21)
Total contribution margin= $90,000
<u>Now, the new contribution margin:</u>
Total contribution margin= 13,000*(28 - 21)
Total contribution margin= $91,000