Answer:
a. $72,000
b. $0.36
c. $6,480
Explanation:
a. Depreciation cost = Cost of truck - Residual value
= $80,000 - $8,000
= $72,000
b. The depreciation rate = (Cost of truck - Residual value) ÷ Estimated total production
= ($80,000 - $8,000) ÷ 200,000 miles
= $72,000 ÷ 200,000 miles
= $0.36
c. The units-of-activity depreciation for the year per mile = Driven miles × Depreciation rate
= 18,000 × $0.36
= $6,480
Answer:
$12.5(at least) would be needed to induce Lisa for driving Uber instead of working on web designing.
Explanation:
Lisa makes $25 per job on web designing from her home and in the first hour she can complete 2 additional jobs. But as per the question by the eight hour she can only do .5 jobs which means that for the eight hour she would earn -
.5 x $25 = $12.5 ( per job she gets $25)
So if Lisa goes on doing work as uber driver she is going to loose $12.5 in the eight hour , so we can say that if Lisa is offered $12.5 hourly rate to work as cab driver then she is not going to miss out on the money she would have made as web designer from home.
Cost-reimbursable contracts involve payment to the supplier for direct and indirect actual costs and often include fees.
A cost-reimbursable contract is an agreement between two parties called the contractor and the owner. Here the contractor gets the reimbursement for the cost incurred while carrying out the work as per the contract, and also gets an additional fixed fee from the company or an owner.
Here the final pricing of the contract is determined later based on the underlying deal and the actual costs it took to complete a project given to the contractor.
Hence, cost-reimbursable contracts involve payment for direct and indirect actual costs.
To learn more about cost-reimbursable here:
brainly.com/question/23183570
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Answer: forced distribution method
Explanation:
JUST DID IT
Answer: 88.89 or 89
Explanation: Futures contract refers to a legal binding which obligates a buyer and seller to transact about a commodity, good, security or services at a predetermined price but goods are delivered or paid for in the future.
Given the following ;
Portfolio value(p) = $20million
Portfolio Beta (b) = 1.2
Index price (i) = 1080
Multiplier = 250
Future value(A) = index price × multiplier
Future value(A) = 1080 × 250 = 270000
Number of contracts (N) = (portfolio value × portfolio Beta) ÷ future value
N = ($20,000,000×1.2)÷270000
N = 24000000 ÷×270000
N = 88.8888=88.89
N = 89 (NEAREST whole number)
