Answer:
d. there is a technological improvement.
Explanation:
a) replacing production of one good in favor of another will be a move across the PPF
b) abandon inefficient production will bring the production to the PPF from a place below it.
c) has no relationship it will simply put inflationary pressure.
<em>d) the technological improvement will make a better use of the factor thus, increasing productivity and making possible more production with the same amount of materials.</em>
Answer:
Fixed costs= $73,760
Variable cost= $159,430
Explanation:
<u>First, let's separate the factory overhead costs:</u>
<u></u>
Power and light 40,450
Factory insurance 23,560
Production supervisor wages 118,980
Production control wages 30,930
Factory depreciation 19,270
<u>Now, the fixed and variable costs:</u>
Fixed costs= Factory insurance 23,560 + Production control wages 30,930 + Factory depreciation 19,270
Fixed costs= $73,760
Variable cost= Power and light 40,450 + Production supervisor wages 118,980
Variable cost= $159,430
Answer:
$233,000
Explanation:
As we know that
Cost of goods sold = Beginning inventory + net purchase - ending inventory
where,
Beginning inventory = $32,000
Net purchase is
= Purchase - purchase discounts - purchase returns + freight in
= $240,000 - $6,000 - $10,000 + $17,000
= $241,000
And, the ending inventory is $40,000
So, the cost of goods sold is
= $32,000 + $241,000 - $40,000
= $233,000
We simply applied the above formula so that the cost of goods sold could come
Answer:
the same
Explanation:
When examiners in a large open area have the same level of authority and access, work production gives room for more efficeincy and increased production. This means that everyone is on the same level and can do everything needed without awaiting authorization and clearance which could slow down production.
Cheers.
Answer:
PV=454.54
Explanation:
This problem can be solved applying the concept of future value, the 500 represents money in the future an the 10% is how that money is valued over time
where FV is future value, PV is the present value, i is the periodic interest rate and n is the number of periods. So applying to this particular problem we have:
solving for PV we have:
PV=454.54
