Based on the calculation below, incremental after-tax operating cash flow is $675,000
<h3>How to calculate incremental after-tax operating cash flow</h3>
This can be calculated as follows:
Profit before interest and tax = Revenue - Operating costs – Depreciation = $1,000,000 - $200,000 - $300,000 = $500,000
Operating income = Profit before tax – (Profit before tax * Tax rate) = $500,000 – ($500,000 * 25%) = $375,000
Therefore, we have:
Incremental after-tax operating cash flow = Operating income + Depreciation = $375,000 + $300,000 = $675,000
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Answer:<em>True cost = </em>
<em>= </em>
<em>= $ 13,669,821.2</em>
Explanation:
Given :
Debt-Equity ratio = 0.55
Flotation cost for new equity = 6%
Flotation cost for debt = 3 %
∴ To compute the weighted flotation cost , we'll use the following formula:
Weighted Flotation cost =
=
= 0.0387 + 0.0106
= 0.04934 or 4.93%
The true cost of building the new assembly line after taking flotation costs into account is evaluated using the following formula :
True cost =
=
= $ 13,669,821.2
Answer:
Therefore after 16.26 unit of time, both accounts have same balance.
The both account have $8,834.43.
Explanation:
Formula for continuous compounding :
P(t)= value after t time
= Initial principal
r= rate of interest annually
t=length of time.
Given that, someone invested $5,000 at an interest 3.5% and another one invested $5,250 at an interest 3.2% .
Let after t year the both accounts have same balance.
For the first case,
P= $5,000, r=3.5%=0.035
For the second case,
P= $5,250, r=3.5%=0.032
According to the problem,
Taking ln both sides
Therefore after 16.26 unit of time, both accounts have same balance.
The account balance on that time is
=$8,834.43
The both account have $8,834.43.
The answer is shown below:
Regina apologized to clay for an e-mail that upset him. She said she had chosen an inconsiderate way of stating her idea and that she had been happy to discuss further. Regina is "Expressing consideration behavior ".
Answer:
here is ur answer
Explanation:
According to the principles of scientific management, the best way to improve productivity is to: use time-motion studies to find the best method of doing each job, then teach those methods to employees