PW = FW×(1+i)^-n
PW = $19340×1.15^-1 + $2280×1.15^-2 + $26600×1.15^-3 + $24240×1.15^-4 + $8770×1.15^-5 = $54250.90
hence PW = $54250.90
Answer:
One parent organism and no egg or sperm
Explanation:
Answer:
Hence, the annual operating cash flow is: $44860
Explanation:
Year 0 Year 1
Initital investment
Inflows $253,100
variable costs ($140,000)
fixed cost (53800)
Depreciton ($23,200)
Interest expense ($19,500)
Net cash inflows $16600
Tax at 40% ($6640)
Net Cashinflows after tax $9960
Add Depreciation $23,200
Interest net of tax $11.700
Operating cashflows $44860
Hence, the annual operating cash flow is: $44860
Answer:
A: $1,475,000
Explanation:
The computation of the overhead applied is shown below:
But before that first determine the predetermined overhead rate which is
= Estimated annual overhead cost ÷ Estimated machine hours
= $1,500,000 ÷ 300,000
= $5
Now the applied overhead is
= Predetermined overhead rate × Actual machine hours
= $5 × 295,000
= $1,475,000
