Answer:
type B 50 pounds
type A 94 pounds
Explanation:
First we construct the equation system:
Now we clear one and replace:
And we can solve for type B:
And now we can solve for quantity of A as well:
A = 144 - 50 = 94
<u>Finally we can check the answer if it is correct:</u>
50 x 5.9 + 94 X 4.75 =
295 + 446,5 = 741,5
Answer:
the minimum price it should charge is $40 per unit.
Explanation:
Minimum Transfer Price = Variable Costs - Internal Savings + Opportunity Cost
<em>Note : Division A has capacity available to meet B's requirements therefore there is no opportunity cost</em>.
There are Internal savings of $5 as A's variable costs will be $5 less per unit.
Minimum Transfer Price = $45 - $5
= $40
Answer:
Total fixed cost $16,000
unit fixed cost for 10,000 units $1.60
Explanation:
the budget was made for 8,000 units
so the 2.00 dollars for fixed cost will be based on a production for 8,000 units
total fixed cost: 8,000 budgeted units x $2 per unit = 16,000
This is the level of fixed cost.
<u>For 10,000 units the total fixed cost should be the same.</u>
and for units it will be total cost / units of production
16,000 / 10,000 = 1.6
On unit-level it will drop by 40 cent to $1.60 from $2.00
Answer:
c. interest rates on bonds of different maturities move together over time.
Explanation:
"When riding the yield curve, an investor will purchase bonds with maturities longer than the investment horizon and sell them at the end of the investment horizon. This strategy is used in order to profit from the normal upward slope in the yield curve caused by liquidity preferences and from the greater price fluctuations that occur at longer maturities."
Reference: Chen, James. “Riding the Yield Curve.” Investopedia, Investopedia, 25 July 2019
