Answer:
Applet's flexible budget variance for total costs is $5,140 unfavorable variance since actual is higher than budgeted cost
Explanation:
Flexible budget variance for total costs=actual total costs-budgeted total costs of 72 connectors
actual total costs of 72 connectors=$19,000
budgeted total costs of 72 connectors=budgeted fixed cost+budgeted total variable cost of 72 connectors
total budgeted variable cost=72*$130=$ 9,360.00
budgeted fixed cost is $4,500
Budgeted total costs of 72 connectors=$9,360.00+$4,500.00=$ 13,860.00
Flexible budget variance =$ 13,860.00-$19,000.00=$5140 unfavorable variance
Answer:
$700,000
Explanation:
The portion of the long term note payable that is due within one year must be reported as current portion of long term debt (CPLTD) and must be included under current assets. In this case, the current portion of the long term debt is $100,000, so the portion that must be reported as long term debt is $800,000 - $100,000 = $700,000.
Answer:
The rate of return expected on this project by Cold Goose Metal Works Inc. is 15.20%
Explanation:
Since flotation cost is 4% that implies that $500,000 is actually 96% (100%-4%) of the cash proceeds from the capital funding,hence funds raised is computed thus:
funds raised=$500,000/0.96=$520,833.33
Annual return on investment=cash inflow-initial cash outflow
cash inflow is $600,000
cash outflow is $520,833.33
annual return on investment=$600,000-$520,833.33=$79166.67
rate of return on project=annual return on investment/initial investment
=$79,166.67
/$520,833.33*100=15.20%
The rate of return that Cold Goose Metal Works Inc is 15.20%
Answer:
The annual rate of return is -2.83%
Explanation:
The annual rate can be calculated from the formula FV=PV*(1+r)^N
Where FV is the future value of the investment
PV is the amount invested which is $276,500
N is 9 years
213600=276,500*(1+r)^9
213600/276500=(1+r)^9
divide index on both sides by 9
(213600/276500)^1/9=1+r
(213600/276500)^1/9-1=r
r=-0.02827109
r=-2.83%
Hence the annual rate of return on the investment is -2.83%, which means the investment depleted by 2.83% from initial invested amount of $276,5000 to $213,600 after nine years
With compound interest on a principal of $5,000.00 at a rate of 8% per year compounded 1 time per year over 12 years is $12,590.85.
<h3>Compound interest</h3>
Given Data
Assuming a compounded interest approach
A = P + I where
P (principal) = $5,000.00
I (interest) = $7,590.85
Calculation Steps:
First, convert R as a percent to r as a decimal
r = R/100
r = 8/100
r = 0.08 rate per year,
Then solve the equation for A
A = P(1 + r/n)nt
A = 5,000.00(1 + 0.08/1)(1)(12)
A = 5,000.00(1 + 0.08)(12)
A = $12,590.85
Learn more about compound interest here:
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