The
necessary adjusting entry to record inventory shortage would be:
“Cost of
Merchandise Sold debit $5,000; Merchandise Inventory credit $5,000.”
Cost of Merchandise
Sold is the cost of goods and services that correspond to sales made to
customers. In this case, we need to decrease ending inventory by the quantity
of these goods ($5,000) that either were shipped to customers or assigned as
being customer-owned under a certain agreement. Meanwhile, the merchandise inventory is the cost of goods on hand and is available for sale ($5,000).
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Answer:
Account 1 with a Interest rate 2%, Interest compounded daily ♡ hope this helps ♡
Answer:
so correct option is C. 6.5
Explanation:
given data
natural rate of unemployment = 4%
economy producing = 95%
solution
we know here as Okun's law for the every 1 percentage increase in unemployment rate
GDP of country = 2% lower than potential GDP
but here is country GDP = 5% lower than potential GDP
so there is increase in the unemployment rate = 5% ÷ 2 = 2.5%
and unemployment rate is given = 4%
so effective unemployment rate will be
effective unemployment rate = 4% + 2.5%
effective unemployment rate = 6.5%
so correct option is C. 6.5
Answer:
the inventory should be recorded at $8,500
Explanation:
As we know that according to GAAP, the inventory should be recorded at a cost or net realizable value whichever is lower
So as per the question
Historical cost is $12,000
And, the net realizable value is
= Expected selling price - expected selling cost
= $9,000 - $500
= $8,500
So, the lower cost is $8,500
Hence, the inventory should be recorded at $8,500
Answer:
Product A, then Product C and finally Product B
Explanation:
The unit profit = Selling price per unit - Variable cost per unit - Fixed cost per unit
Unit Profit of product A = $21 - $11 - $5 = $5
Unit Profit of product B = $12 - $7 - $3 = $2
Unit Profit of product C = $32 - $18 - $9 = $5
The profit of each product in 1 machine hour = 1 hour/ Machine hours per unit * Unit Profit
Profit of Product A in 1 hour using machine = 1/0.2 * $5 = $25
Profit of Product B in 1 hour using machine = 1/0.5*$2 = $4
Profit of Product C in 1 hour using machine = 1/0.2* $5 = $25
Product A & Product C have same profit in 1 hour machine, then we have to consider Direct labor hours per unit which product A is 0.4 while product C is 0.7. It means Product C is more costly in direct labour than Product A.
In short, then the ranking of the products from the most profitable to the least profitable use of the constrained resource is Product A, then Product C and finally Product B