Steps to follow when doing production process

IRR in Excel!(CHAPTER 9) Your company is considering a new project opportunity. It would immediately receive $200. In return, in

oksian1 [2.3K]

Answer:

12.44%

Explanation:

Internal rate of return is the discount rate that equates the after-tax cash flows from an investment to the amount invested

IRR can be calculated with a financial calculator

cash floe in yer0 = 200

cash flow in year 1 = -80

cash flow in year 2 = - 70

cash flow in year 2 = - 60

cash flow in year 2 = - 40

irr = 12.44%

To find the IRR using a financial calculator:

1. Input the cash flow values by pressing the CF button. After inputting the value, press enter and the arrow facing a downward direction.

2. After inputting all the cash flows, press the IRR button and then press the compute button.

3 0

3 years ago

Which is bigger 100,000 or .000157

Fudgin [204]

100,000? because .000157 is a decimal, right?

7 0

3 years ago

Read 2 more answers

Afirm has production function q=10"(L^0.5)*(K^0.5), where "L"0.5" means "L raised to the 0.5 power," and the same applies to the

Amanda [17]

Answer:

(A) 15 × p

(B) $225\times p{^2}$

(C) $P\times 5\times k^{0.5}$

Explanation:

(B) direct= demand function of labor will be,

Q: f(w),

where Q is labor demand quantity and is function of wage

K=9 constant, then production function changes to,

$=30L^{0.5}$

Marginal product of labor:

$= 15L^{-0.5}$

Marginal revenue product or value of marginal product:

$=15p\times L^{- 0.5}$

This is showing what revenue a firm will generate due to hiring one additional unit of labor.

So firm will keep hiring until the revenue the additional labor is generating is equal to its hiring cost or wage.

So, putting MRP or VMP to wage:

$P\times15\times L^{-0.5}=W$

By solving,

$\frac{(225\times p^{2})}{W^{2}}=L$

And the multiplicative term is $225\times p{^2}$

(A) Inverse demand function of labor will be,

W: f(Q)

where W is wage rate and demand function of labor demanded quantity.

As previously solved,

$P\times15 \times L^{0.5}=W$

and the multiplicative constant term is 15 × p.

(c) In long run capital will also variate, so production function will be,

$=10L^{0.5}\times k{^0.5}$

$MP=\frac{(5\times k^{0.5})}{L^{0.5}}$

$VMP=\frac{P(5\times k^{0.5})}{L^{0.5}}$

( p is market price of good that firm is producing using labor)

putting it equal to Wage)

$W=\frac{(5\times k^{0.5})}{L^{0.5}}$

and the constant term is $P\times 5\times k^{0.5}$ .

Note:

I did a) second place and b) on first . I already put the serial alphabet on the start of the answer.

8 0

3 years ago

A process in which different individuals and units perform different tasks is known as:

elena-s [515]

The process is a multiplicative inverse of which people seem to check

4 0

3 years ago

The income section of a budget will include your

Oksanka [162]

I think the answer is D

3 0

2 years ago

Steps to follow when doing production process​

Steps to follow when doing production process