Answer:
Inventory cost will be $3
So option (b) is correct option
Explanation:
We have given that carrying and setup cost is $600
So carrying and setup cost = $600
And EOQ = 200 units
We have to find the inventory carrying cost per year
We know that inventory carrying cost is given by
inventory carrying cost 
So option (b) will be correct option
Answer:
B) $9,500, 000
Explanation:
The tax basis for Ted's estate is $9,500,000, ans since it falls under the current federal estate tax exemption($11,400,000), his wife and children do not have to pay any estate taxes. If Ted's family sells the assets before the six month alternate valuation is effective, then their tax basis will be the same as Ted's estate ($9,500,000).
I think the answer is convergent plate boundaries, but I am not positive. hope this helps :)
A few things could fit in this blank, but market research seems to be the most likely. This could also be data mining.
Are there options to choose from?
Answer:
d) $530,000
Explanation:
The computation of the total manufacturing cost for the march month is shown below
= Fixed manufacturing cost + (produced tons × variable manufacturing cost per ton)
= $50,000 + (40,000 Tons × $12.00 per ton)
= $50,000 + $480,000
= $530,000
hence, the total manufacturing cost for the march month is $530,000
Therefore the correct option is d.
