The payback period of the project is 3.3 years.
Payback period = initial investment/ annual cash flow
= 50,000/15,000
= 3.3 years.
The time period payback period refers to the amount of time it takes to get better the fee of an funding. surely put, it's miles the period of time an investment reaches a breakeven point. human beings and groups in particular invest their money to receives a commission again, which is why the payback length is so vital.
Payback period in capital budgeting refers back to the time required to recoup the budget expended in an funding, or to attain the ruin-even factor. for example, a $a thousand funding made at the start of 12 months 1 which again $500 at the quit of year 1 and year 2 respectively could have a two-year payback duration.
In simple terms, the payback period is calculated by dividing the cost of the funding via the annual coins waft till the cumulative coins flow is nice, that's the payback yr. Payback length is typically expressed in years.
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Dressing to impress for interviews would typically involve wearing professional dress in order to look smart and presentable.
<h2>Bob has to follow some of the listed tips (not exhaustive) in addition to the due diligence he has done about his employer. </h2>
Some of the options he has would include:
- A suit, jacket and tie
- A semi-formal trousers and a shirt
- Sweater and necktie.
Dressing properly for interviews would put Bob in a better light as it shows he is serious about the job. It also shows he is interested in the position, and finally demonstrates an understanding of the company's corporate culture.
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The following equation of parabola is given:
p(x)= - 5 x^2 + 240 x - 2475
where p(x) = y
This is a standard form of the parabola. We need to
convert this into vertex form of equation. The equation must be in the form:
y – k = a (x – h)^2
Where h and k are the vertex of the parabola. Therefore,
y = - 5 x^2 + 240 x - 2475
y = -5 (x^2 – 48 x + 495)
Completing the square:
y = -5 (x^2 - 48 x + 495 + _) - (-5)* _
Where the value in the blank _ is = -b/2
Since b = -48 therefore,
y = -5 (x^2 – 48 x + 495 + 81) + 405
y – 405 = -5 (x^2 – 48 x + 576)
y – 405 = -5 (x – 24)^2
Therefore the vertex is at points (24, 405).
The company should make 24 tables per day to attain maximum
profit.
Answer:
99 items
Explanation:
Total number of items = 6,800
The number of items per type is:
The number of items of each type counted per day is:
The total number of items counted per day is:
The perpetual equivalent annual cost is - $35013
<h3 /><h3>The perpetual annual cost calculation</h3>
interest i = 10%
Period = n = 7 years
Formula
A/F = i/(1+i)^n-1
= 0.1/(1+0.1)^7-1
= 0.1054
The perpetual annual cost
= -250000*0.1-95000(0.1054)
= -25000-10013
= - 35013
Therefore the perpetual equivalent annual cost is $35013
