Here, we are decide the best option between making the part or buying the part.
a. Make or Buy Analysis
Particulars Make amount Buy amount
Direct Materials $4.50
Direct Labor $1.00
Overhead (80% of Direct Labor) $0.80
Cost to buy <u> </u> <u>$4.70</u>
Cost per unit <u>$5.70 </u> <u>$4.70</u>
Cost Difference = $5.70 - $4.70
Cost Difference = $1.00
Therefore, the cost difference of making amount over buying amount is $1.00.
b. Because of the difference, Beto should buy the part because its cost is lesser than to make the part.
Therefore, the buying of the part is the best decision.
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Answer:
13%
Explanation:
As per the situation the solution of required rate of return first we need to find out the beta which is shown below:-
Expected rate of return = Risk-free rate of return + Beta × (Market rate of return - Risk-free rate of return)
11% = 7% + Beta × 6%
Beta = 1
now If the market risk premium increased to 6% so,
The required rate of return = 7% + 1 × 6%
= 13%
Therefore for computing the required rate of return we simply applied the above formula.
In a world that is synchronized on a global scale, trade between nations is constant. Imports cannot be reduced by 20% in order to close the trade deficit.
<h3>Why it is not possible to reduce imports?</h3>
There are certain nations that will be impacted if the United States decides to cut imports by 20%.
As a result, imports from the United States will likewise be restricted in other nations.
In other words, the United States may experience a fall in exports while attempting to reduce imports. The overall impact on trade imbalances could be minimal.
The trade conflict between the United States and China is a good illustration. China responded to the United States taxes on its imports by imposing its own levies. As a result, both countries suffered.
As a result, there is no quick fix for decreasing trade deficits. A more delicate balance between consumption and production must be achieved over time.
The manufacturing industries must have favorable policies and incentives to encourage consumer demand for locally made items.
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The proportion of the optimal risky portfolio that should be invested in stock A is 0%.
Using this formula
Stock A optimal risky portfolio=[(Wa-RFR )×SDB²]-[(Wb-RFR)×SDA×SDB×CC] ÷ [(Wa-RFR )×SDB²+(Wb-RFR)SDA²]- [(Wa-RFR +Wb-RFR )×SDA×SDB×CC]
Where:
Stock A Expected Return (Wa) =16%
Stock A Standard Deviation (SDA)= 18.0%
Stock B Expected Return (Wb)= 12%
Stock B Standard Deviation(SDB) = 3%
Correlation Coefficient for Stock A and B (CC) = 0.50
Risk Free rate of return(RFR) = 10%
Let plug in the formula
Stock A optimal risky portfolio=[(.16-.10)×.03²]-[(.12-.10)×.18×.03×0.50]÷ [(.16-.10 )×.03²+(.12-.10)×.18²]- [(.16-.10 +.12-.10 )×.18×.03×0.50]
Stock A optimal risky portfolio=(0.000054-0.000054)÷(0.000702-0.000216)
Stock A optimal risky portfolio=0÷0.000486×100%
Stock A optimal risky portfolio=0%
Inconclusion the proportion of the optimal risky portfolio that should be invested in stock A is 0%.
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Calculation of Commission earned:
We are given that Joan sells new cars at a local dealership and she receives a 15% commission on profit.
So we can say that :
Commission earned = 15% * Total profit
Last week she sold 9 cars for the total of $10,870 dealer profit
Hence Commission earned shall be calculated as follows:
Commission earned = 15% * Total profit
Commission earned = 15% * 10870 = $1,630.50
Hence, the Commission earned by Joan is <u>$1,630.50</u>