Answer:
$3,500 Unfavorable
Explanation:
The computation of variable overhead efficiency variance for Clan for November Year 2 is shown below:-
Variable overhead efficiency variance
= (Standard labor hours - actual labor hours) × (Standard variable overhead rate)
= (3,500 × 2 - 7,500) × $7
= (7,000 - 7,500) × $7
= $3,500 Unfavorable
Therefore for computing the Variable overhead efficiency variance we simply applied the above formula.
The answer you are looking for is copyright
Answer:
The net present value of the machine is $5530
Explanation:
Data provided in the question:
Cost of the equipment = $84,000
Annual after-tax net income from the equipment after deducting depreciation = $3,000
Depreciation = $28,000
Useful life = 3 years
Required return on investment = 9% = 0.09
Now,
After-tax cash flow = After-tax net income + Depreciation
= $3,000 + $28,000
= $31,000
Therefore,
Net Present Value = Present value of cash flow - Investment
= ( $31,000 × PVIFA(11%, 3)
) - $84,000
= ( $31,000 × 2.5313 ) - $84,000
= $78470.3 - $84,000
= -$5529.7 ≈ - $5530
hence,
The net present value of the machine is $5530
Answer:
EMI=P*r * (1+r)^n/(1+r)^n-1
Where EMI= equal monthly installments
P=Principal amount
r=rate of interest
n=numer of periods
Explanation:
P=$184,500
r=4.65%/12=.3875%
n=30*12=360
EMI=$184,500*.3875%*(1+.3875%)^360/((1+.3875%)^360-1)
EMI=$951
Interest in first monthly installment=$715
Principal Amount in first monthly installment=$236
