Answer and Explanation:
A. Given that Design 1A will cost $1.7 million to build and $175,000 per year to maintain
Given that Design 1B will cost $3.6 million to build and $40,000 per year to maintain
Both designs are assumed to be permanent
To find ROR using AW based rate of return equation, we find present value of each design and equate them:
Each design is permanent so
Present value of perpetuity:
Design 1A= 1700000+175000/r
Design 1B = 3600000+40000/r
=1700000+175000/r=3600000+40000/r
135000/r=1900000
Cross multiply
r=135000/1900000
r= 0.0710
r=7.10%
B Given that ROR=7.10% and MARR is 25%
MARR>ROR
Hence we reject both designs
A. Supervise staff members to monitor their progress.
The fraud examiner would have to check on staff to see their routine and check if statistical reports match up with claims. the examiner would also have to check is the company's reputation is bad. this might shed some light.
Answer:
the journal entry to record the loan:
E.g. January 1, 202x, loan made to Ryan Company
Dr Notes receivable 69,000
Cr Cash 69,000
the journal entry to record the collection of the note:
E.g. January 31, 202x, note collected from Ryan Company
Dr Cash 69,575
Cr Notes receivable 69,000
Cr interest revenue 575
interest revenue = $69,000 x 10% x 30/360 = $575
Answer:
Michael does not experience inflation because he only buys Tennis rackets
Explanation:
Inflation is defined as increases in price per unit price.
It is the prolonged increase in the price of goods and services caused by devaluation of currency , demand -pull or cost - push. While a certain degree of inflation can be beneficial to a thriving economy , it can become a threat if it becomes larger.
One of the direct impact of inflation is rise in price of goods and services.
As the price of rackets was not affected by the inflation , that means that Michael was not affected by the inflation.
Answer: a. benefits Boxlandian consumers by $672 and harms Boxlandian producers by $598.50.
Explanation:
Equilibrium price will be at level where quantity demanded equals quantity supplied.
200 − 2P = -60 + 3P
200+60 = 5P
5P = 260
P = $52
Equilibrium Quantity Demanded = 200 − 2P = 200 - 2 * 52 = 96 units
In a no-trade situation the demand in Boxland is 96 units at a price of $52. If they were to buy at the world price of $45, they would benefit;
= (96 * 52) - (96 * 45)
= 4,992 - 4,320
= $672
Producers however would produce the following at a price of $45;
Q S = -60 + 3P
= -60 + 3(45)
= 75 units
They would be supplying less units and be hurt.
