The present worth of this business it has been calculated is given as $302,898.
How to solve for the worth of the business
<u>In the first year</u>
Cash flow = 44000
PVF at 9.7% = 0.91158
The present value = 0.91158 * 44000
= $40106
<u>In the second year </u>
Cash flow = $61,000,
PVF at 9.7% = 0.83097
The present value = $50689.17
<u>In the third year</u>
Cash flow = $80,000
PVF at 9.7% = 0.7575
The present value = $60600
<u>In the 4th year </u>
Cash flow = $200,000
PVF at 9.7% = 0.7575
The present value = $151,500
The worth of the business today is going to be the sum of all the present values
= $151,500 + $60600 + $40106.52 + $50689.17
= $302,898
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Answer:
the annual pre-tax cost of debt is 10.56%
Explanation:
the beore-tax component cost of debt will be the actual market rate of the bonds, as they offer an interest rate of 11% but are selling at 104 points not at par thus, there is a difference between the rates.
We solve for the rate which makes the coupon and maturity 104
with excel or a financial calculator
PV of the coupon payment
C 5.500 (100 x 11%/2)
time 60 (30 years x 2 payment per year)
rate <em>0.052787474</em>
PV $99.4338
PV of the maturity
Maturity 100.00
time 60.00
rate <em>0.052787474</em>
PV 4.57
<em><u>Adding both we should get 104 which is the amount the bonds is selling:</u></em>
PV coupon $99.4338 + PV maturity $4.5662 = $104.0000
The rate is generated using goal seek or wiht a financial calculator.
This rate is a semiannual rate, so we multiply by 2 to get the annual cost of debt:
0.052787474 x 2 = 0.105574947
The cost of debt for the firm is 10.56%
Answer:
Option "D" is the correct answer for the following.
Increase the flow rate.
Explanation:
The quantity the ventilator provides differs with adjustments in airway pressure, lung performance and ventilation system integrity.
- Volume-cycled ventilators: Air passes to the patient until a fixed volume is supplied to the ventilator system, even if the airway pressure is very high.
- Inspiratory: Expiratory ratio applies to the inspiratory period scale: time of expiry. ... This offers a 1:2 I: E ratio, which reads "one to two."
- In asymmetric, this ratio is typically changed due to the increased expiration time. They could have a ratio of 1:3 or 1:4 to I: E.