Answer:
A cost-benefit analysis involves subtracting the sum of all the business costs from the business benefits.
Explanation:
Business is the act of exchanging goods and services for commercial purposes. The main aim of conducting a business for most people is to increase sales and make profit. In order to do this, there are business decisions that go into the running of business that determine how the business will perform. Most of these decisions if taken into account can lead to overall business success. There are different methods in economics that can aid a business person to make a decision, however, in this case we will consider the cost-benefit analysis as a tool of economics that can be used to make business decisions.
As indicated above, a cost-benefit analysis is a method that businesses often use to arrive at decisions. The analysis is done by first assigning monetary units to all the activities and processes that will go into the business. The total costs are then calculated from all the expenditures that will be incurred in the business. The benefits are then calculated from all the revenue expected to be got from the business. The costs are then subtracted from the benefits. The result can be either zero, negative or positive. A zero result implies that the business will break-even, there will be no losses or profits. A negative value implies that the business will go to a loss thus not advisable to venture in it. A positive result shows that the business will be profitable therefor it would be beneficial to venture into it.
Answer and Explanation:
According to the scenario, computation of the given data are as follow:-
a).Work shift per day = 8 hours
Average of arriving trucks = 40
Loading time of workers = 8 min.
Earning of truck drivers = $20
Earning of workers = $18
If the truck drivers are engaged for one station, the cost may be focused on truck drivers in the system at a certain point. But if it's not, then the cost in the line must be dependent on truck drivers, since that's the best approximation of scope.
b). Hourly Cost for this System =Truck Driver Cost × No. of Trucks in an Hour + Worker Hourly Cost
= $20 × (60 ÷ 8) + $18
= $20 × 7.5+ $18
= $168
c). If they add additional dock. Then Their Total Cost in an hours
= $168 ×2
= $336 (because both worker take similar time so simultaneously 2 truck can be loaded)
If the cost doubles, the average no. of trucks service doubled too along with the ability of company to send out delivered trucks. So option 2 is better.
Answer:
The difference between the riskier and less riskier stock is 13.2 percent.
Explanation:
Given that the stock R has the Beta = 2.5
The stock S has the beta = 0.85
The required return on the average stock = 12%
Given risk free rate of return = 4%
Now calculate the required return by using the below formula:
Ke = Rf + B (Rm - Rf)
Rf = risk free rate of return
B = beta
Rm = market rate of return
Required return on riskier stock = 
Required return on less risky stock =
Now the difference between the both risk = 24 % - 10.8% = 13.2%
