Answer
The answer and procedures of the exercise are attached in the following archives.
Step-by-step explanation:
You will find the procedures, formulas or necessary explanations in the archive attached below. If you have any question ask and I will aclare your doubts kindly.
Answer:
The beta coefficient for Stock L that is consistent with equilibrium
Explanation:
According to Capital Asset Pricing Model, the formula to compute expected rate of return is equals to
Expected rate of return = Risk free rate of return + Beta × (Market risk - risk free rate of return)
where,
rRF = risk free rate of return
rM = market risk
Stock L that is consistent with equilibrium is expected rate of return which equals to = 9.25%
So,
9.25% = 3.6% + Beta × (8.5% - 3.6%)
9.25% = 3.6% + 4.9% Beta
9.25% - 3.6% = 4.9% Beta
5.65% = 4.9% Beta
Beta = 5.65% ÷ 4.9% = 1.15
Hence, the beta coefficient for Stock L that is consistent with equilibrium is 1.15
Answer:
correct option is d. rental costs of $10,000 per month plus $0.30 per machine hour of use
Explanation:
solution
The combined cost is one in which the factor is variable and constant.
Sometimes, even the total cost is difficult to separate.
The chosen option also includes a fixed cost that costs $ 5,000 per month.
The cost per hour of the machine increases 0.30 per hour.
This is variable because the entire machine depends on the number of hours used.
The other three are completely variable, such as salary, and are not deductible or cost of electricity.
Answer and Explanation:
The number of packets of waffles is W
and the number of muffins are M
The weight of dough is 250 pound and a pack of muffins requires 1 lb of dough whereas a pack of waffles uses 3/4 lb of dough.
3÷4W+M≤250
Multiplying both sides by 4
3W+4M≤1000
It takes bakers 6 minutes to make a packer of waffles and 3 minutes to make a pack of muffins, the total time available is 20 hours or 1200 minutes.
3M+6M≤1200
Minus the initial equation from the new equation:
(3M+6M≤1200)−(3W+4M≤1000)
2M≤200
Dividing equation by 2
M≤100
For M≤100
3W+4M≤1000
3W≤1000−4M
For the Maximum values of M
the least value of W is obtained
3W≥1000−4×100
3W≥600
Dividing the equation by 3
W≥300
For maximum profit, the number of waffles and muffins is taken as 300 and 100 respectively :
1.5∗300+2∗100
=650
Answer:
The correct answer is $7,500
Explanation:
So, the hiring cost would be:
Hiring quater × hiring cost
= 300 × $20
= $6,000
Firing Cost would be:
Firing cost = 100 × $5
= $500
= 200 × $5
= $1,000
Therefore, the total hiring and firing cost = $6,000 + $500 + $1,000
= $7,500
