Answer:
(a), (e), (f)
Explanation:
A)Fracture of workpart is less likely
E) Lower deformation forces are required F). More significant shape changes are possible
Answer:
62.5%
Explanation:
In this example, Brandon rented the car for 6 consecutive days. This means that he was able to take advantage of the promotion. Therefore, he only paid for five days (got one day free) at a rate of $30 per day (as opposed to $40). Therefore, he paid:
$30 * 5 = 150
On the other hand, Whitney rented a car for three days. She did not qualify for the discount, which means that she paid for all her days, at a rate of $40 per day. Therefore, she paid:
$40 * 3 = 120
To obtain the average daily rate of each person, we would need to divide this final rate by the number of days each person used a car. That would look like this:
Brandon: $150 / 6 = $25
Whitney: $120 / 3 = $40
Therefore, when comparing these two numbers, we see that the average daily rate paid by Brandon is 62.5% percentage of the average daily rate paid by Whitney.
Answer:
C. Additions and improvements.
Explanation:
Additions and improvements are subsequent expenditures would be capitalized.
Answer:
B) False
Explanation:
Margin of safety measures the percentage difference between actual sales and break even sales.
Margin of safety acts like a buffer zone that the Company can lose before it stops making profits.
Margin of safety is calculated as follows:
Margin of Safety = (Current sales - break even sales) / Current sales
30% margin of safety indicates that the Company can bear to lose 30% of its sales before it reaches to break even level.
Net profit margin of 30% shows that every dollar of sales earns 30 cents in profit.
Answer:
$86.67 is the profit maximizing price for the monopolist
Explanation:
In order to find the profit maximizing price for the monopolist using its price elasticity and marginal cost we have to use the formula
Price= Marginal cost* (elasticity/elasticity+1)
Marginal cost = $65.0065
Elasticity = -4
Price = 65.0065 *(-4/-4+1) = 65.0065*(-4/-3)= 86.67
