Answer:
The answer is $30000
Explanation:
$ $
Sales 195000
<u>Less cost of sales</u>
Opening stock 12000
<u>Add</u> purchases <u> 97000</u>
109000
<u>Less </u>closing stock <u>6000</u>
<u>103000</u>
Gross profit 92000
<u>Less</u> operating expenses <u>62000</u>
Operating income <u>30000</u>
The operating income is<u> $30000</u>
Answer:
$583
Explanation:
Under the FIFO method, we considered the first unit first comes out
The computation of the cost of units sold for 26 units is shown below:
The 26 units are taken from
11 units at $17 each, 11 units at $28 each and the remaining 4 units i.e 26 units - 22 units taken at $22 each
So,
= 11 units × $17 + 11 units × $28 + 4 units × $22
= $187 + $308 + $88
= $583
no pain no gain as it is used in freddie mercury movie
Answer:
b. The minimum point on the average total cost curve
Explanation:
the marginal cost is the cost of making or producing one more additional unit of a product and then average total cost is the average of the total cost to produce units so if both these curves intersect then that means that will be the minimum point on the average total cost curve because at a point where if the marginal cost is less than the average cost then the average total cost will fall so the intersection point shows where the average total cost is a minimum because if its above that point the average total cost will rise.
Answer:
Supplier's quotation (2,400 x $6.25) 150,000
Less: Relevant cost of production:
Direct material (2,400 x $31) 74,400
Direct labour (2,400 x $18) 43,200
Variable overhead (2,400 x $9) <u>21,600</u> <u>139,200</u>
Savings <u> 10,800</u>
The parts should be produced in-house since the relevant cost of production is lower than supplier's quotation.
Explanation:
In this case, we need to compare supplier's quotation to the relevant cost of production. The price of $6.25 above was computed by dividing the total price charged by the supplier by the number of parts. Moreso, the relevant cost of production is obtained by the aggregate of direct material, direct labour and variable overhead.
