Answer:
Government policymakers decided to reduce the rate of inflation from 3% to 1.6%. As a result, the unemployment rate increased from 4.8% to 6.2%. The sacrifice ratio is:______
d. none of the above
Explanation:
a) Data and Calculations:
Old inflation rate = 3%
New inflation rate = 1.6%
Old unemployment rate = 4.8%
New unemployment rate = 6.2%
Ratio of old inflation rate to old unemployment rate = 3 : 4.8 = 0.625
Ratio of new inflation rate to new unemployment rate = 1.6% : 6.2% = 0.258
Sacrifice ratio = Difference between the two ratios = 0.367 (0.625 - 0.258)
b) The sacrifice ratio is the difference between the old ratio and the new ratio of inflation rate to unemployment rate.
The final payment is <u><em>not </em></u>a fee that contributes to the original cost of leasing an automobile, option B is the correct answer.
<h3 /><h3>How is leasing charged?</h3>
The first payment is, predictably, the same as one month's rent.
A lender or lessor will impose an acquisition fee to offset the costs of establishing a loan or lease agreement.
A disposition fee, sometimes known as a turn-in fee, is a cost associated with returning a rented vehicle.
Therefore, final payment doesn't contribute to leasing a car.
For more information about leasing, refer below
brainly.com/question/1059164
The last thing i purchesd was a yen inch reborndoll.the technique i was impacted by was all the people that were bying them the strategies i used were is 1.is this doll really worth it 2. what is it made of and 3. is it water proof . the things i will do differently next time are :1. look for a bigger doll 2. look for clothes it can wear.&3. pick a different gender
Answer:
(i) $14,000
(ii) $32,000
(iii) $10,000
Explanation:
Cost of the machine that is recorded in the books of accounts is the total cost incurred to make the machine useful and useable.
Cost for each machine:
= amount paid for the assets + installation costs + renovation cost prior to use.
Therefore,
Cost of Machine A = 11,000 + 500 + 2,500
= $14,000
Cost of Machine B = 30,000 + 1,000 + 1,000
= $32,000
Cost of Machine C = 8000 + 500 + 1500
= $10,000
Answer:
285,000 units
Explanation:
The computation of the cash break-even point of sales units is shown below:
Cash break-even point = (Fixed cost - depreciation) ÷ (contribution margin per unit)
where,
Fixed cost = $7,600,000
Depreciation = $7,600,000 × 0.25% = $1,900,000
And, the contribution margin per unit is $20
So, the cash break-even point of sales units is
= ($7,600,000 - $1,900,000) ÷ ($20)
= 285,000 units
