Based on the cost of purchasing the machine and the delivery and installation fees, the initial outlay is $243,250
<h3>How much is the initial outlay?</h3>
This can be found as:
= Cost of purchasing machine + Installation and delivery cost
Solving gives:
= 237,500 + 5,750
= $243,250
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Answer:
a. $880.74
b. 13 years
Explanation:
a. Conversion ratio = Current Value of bond / Conversion price = 1,000 / 93.4 = 10.71
Conversion price of bond = 10.71 × 28.60 = $306.31
Coupon = Par value of bond * Coupon rate = $1,000 * 6.4% = $64
Present value of straight debt is calculated below:
Present Value = $64 × [1-(1+7.4%)^-30 / 7.4%] + [$1,000 / (1+7.4%)^30]
= $64*11.93 + $117.46
= $763.28 + $117.46
= $880.74
.
Therefore, the minimum value of bond is $880.74
b. Conversion ratio = 10.71
Current stock price = $28.6
Suppose number of year the stock will take to reach above $1,140 is t.
Conversion value = Current stock price * Conversion ratio*(1+10.8%)^t
$1,140 = $28.6 * 10.71 * (1.108)^t
(1.108)^t = 3.7218
t = 12.8145 year.
t = 13 years
<span>perhaps u want the formula for the percentage of markup, giving the cost and selling price.
..(selling price) = (cost) + (Markup)
..(selling price) - (cost) = (markup)
so,
..(markup)/(selling price)*100% = ((selling price) - (cost))/(selling price) * 100%
.. =(1 -(cost)/(selling price))*100%
</span>
Answer:
104.6 million
Explanation:
Data provided in the question:
Free cash flows for 2018 = $58.1 million
Investment in operating capital = $41.1 million
Depreciation expense = $15.5
Taxes on EBIT in 2018 = $20.9 million
Now,
EBIT
= Free Cash Flow + Investment in operating capital + Taxes - Depreciation
on substituting the respective values, we get
EBIT = $58.1 million + $41.1 million + $20.9 million - $15.5
or
EBIT = 104.6 million