Based on the direct materials, the direct labor, and the manufacturing overhead, the cost of finished goods on hand is $33,600.
<h3>What is the cost of finished goods on hand for this job?</h3><h3 />
Cost of goods on hand is:
= Cost of goods per unit x Number of goods on hand
Cost of goods per unit is:
= (44,000 + 24,000 + 16,000) / 3,000 units
= $28 per unit
Cost of goods on hand:
= 28 x (3,000 - 1,800)
= $33,600
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So all you do it go to the answer key a question like that
Answer:
No, he should <u>not</u> pick up the $100 bill
Explanation:
If his salary were those $20 billion (20,000,000,000) by a year. Let's find out how much this is by a second.
First let's find out how much is that salary by <em>a day</em>, then by <em>an hour</em>, then by <em>a minute</em> and finally by <em>a second</em>.

So he would be losing money if he picks up the $100 bill, because he would be missing 634 dollars per second.
Answer:
The answer is $86,167.57 (to 2 decimal places)
Explanation:
In this question, we are to calculate the present value of a certain amount that is compounded semiannually, and after 10 years, yields a future value of $200,000. To calculate this, we will use the formula for calculating present value as follows:
PV = FV ÷ 
where:
PV = present value = ???
FV = future value = $200,000
r = interest rate in decimal = 8.6% = 0.086
n = compounding period pr year = semiannually = 2
t = time of compounding in years = 10
Therefore,
PV = 200,000 ÷ 
PV = 200,000 ÷
= $86,167.57
Answer:
Inventory $200,000
Cash $50,000
Notes payable $150,000
Explanation:
Data provided in the question:
Cost of the inventory purchased = $200,000
Amount paid in cash = one-fourth
= one-fourth of $200,000
= $50,000
For the remaining balance signed a note i.e = $200,000 - $50,000
= $150,000
Now,
This transaction will be recorded as:
Inventory $200,000
Cash $50,000
Notes payable $150,000