Answer:
the answer would be c
Explanation:
i think it would be c because an associates degree is higher than a graduates and a diploma.
<span>A collision coverage type of insurance only the covers the
cost that is incurred due to damage to your car. It does not include the cost
for the other car. Therefore you will have to pay the total of $1,100</span>
Answer:
(A) Payback period for the machine= 3.5 years
(B) Simple rate of return for the machine= 87.5%
Explanation:
Alesu corporation is considering purchasing a machine that would cost $283,850
The useful life is 5 years
The machine would reduce cash operating costs by $81,100 per year
The salvage value is $107,100
(A) The payback period for the machine can be calculated as follows
= cost/amount of cash flow
= 283,850/81,100
= 3.5 years
(B) The simple rate of return for the machine can be calculated as follows
First we calculate the depreciation expense
= 283,850-107,100/5
= 176,750/5
= 35,350
Annual incremental income= cost savings -depreciation expenses
= 283,850-35,350
= 248,500
Simple rate of return = annual incremental income/cost × 100
= 248,500/283,850 × 100
= 0.875 × 100
= 87.5%
Answer:
Shoe leather costs
Explanation:
(A) Shoe leather costs
(B) Inflation can be defined as the persistent rise in the prices of goods and services. Shoe leather costs can be defined as the costs of time and effort that are encountered by individuals while trying to prevent the effect of inflation. It describes the costs incurred by individuals that visits the bank often inorder to withdraw money needed to purchase goods and services during the time of inflation.
Shoe leather cost arises during the period of high inflation, individuals do not hold large amount of cash because there will be a reduction in the value of the money.
Answer:
$2,200
Explanation:
Calculation to determine what should this recent grad be willing to pay in rent per month
First step is to calculate the work days
Using this formula
Work days = 5 days per week x 1 hour to work+ 1 hour from work
Let plug in the formula
Work days = 5 days a week x 2 hours
Work days= 10 hours
The second step is to calculate the monthly commuting in a standard month of 4 weeks
Monthly commuting = 4 x 10 hours
Monthly commuting = 40 hours
Third step is to calculate hourly how much she will be able to maximize
Amount maximize = $25 x 40 hours (commuting hours)
Amount maximize= $1,000
Now let determine The total she will be willing to pay in rent
Rent per month= $1,200 + $1,000
Rent per month=$2,200
Therefore what should this recent grad be willing to pay in rent per month is $2,200
