That is rude and you might hurt their feelings maybe you will be the one running them out of the house
Answer:
It is an example of the shoes leather costs.
Explanation:
Shoe leather cost is the cost which involve the time as well as the efforts which people spend on trying to counter-act the inflation effects like holding less amount of cash and make additional trips to the bank.
In this scenario, Alyssa in order to protect herself from the effect of the inflation, she sends employee to bank for depositing the money into the bank four times a day. Therefore, it is an example of Shoe leather cost
Answer:
240= 3Qc + 3Qd
Explanation:
The computation of the Daniel's budget constraint is shown below;
Given that
Daniel's income= $240
Price of cake (Pc) =$3
Price of donuts (Pd) =$3
So spending on cake = 3Qc
And,
Spending on donut= 3Qd
Finally
Total spending = 3Qc + 3Qd
Now the equation of budget constraint is
Income= (quantity of cake)(price of cake) + ( quantity of donut)(price of donut)
So,
Income= Qc Pc+ Qd Pd
240= 3Qc + 3Qd
Answer:
Given that generators generate greater profit with less consumption of hours, the maximum profit would be building 130 generators, obtaining $ 32,500 of profit, and there would be 10 hours of testing left over.
Explanation:
Since the Electrotech Corporation manufactures two industrial-sized electrical devices: generators and alternators, and both of these products require wiring and testing during the assembly process, and each generator requires 2 hours of wiring and 1 hour of testing and can be sold for a $ 250 profit, while each alternator requires 3 hours of wiring and 2 hours of testing and can be sold for a $ 150 profit, and there are 260 hours of wiring time and 140 hours of testing time available in the next production period and Electrotech wants to maximize profit, to determine this situation the following mathematical logical reasoning must be carried out:
260/2 = 130
140 - 130 = 10
130 generators = 32,500
Thus, given that generators generate greater profit with less consumption of hours, the maximum profit would be building 130 generators, obtaining $ 32,500 of profit, and there would be 10 hours of testing left over.
Solution :
a). The current market value of the unlevered equity
= $ 40.45 million
b). The market value of the equity one year from now is
= $ 44.5 million - $ 18 million
= $ 26.5 million
c). The expected return on the equity without the leverage = 10%
The expected return on the equity with the leverage = 
= 0.93 %
d). The lowest possible value of equity without the leverage = $20 million - $ 18 million
= $ 2 million
The lowest return on the equity without the leverage = 10%
The lowest return on the equity with the leverage = 2 % as the equity is eroded.
