Find attached the missing cash flow stream
Answer:
- <u><em>Present value = $1,685,334 (rounded to the nearest whole)</em></u>
Explanation:
Since the <em>cash flow stream</em> is <em>uneven</em>, you must discount each stream individually and after you have discounted every stream you can add each preset value to find the net present value.
The formula for <em>present value</em> is:

<u>1. Year 1:</u>
- Future value = $250,000
- r = 4%
- n = 1

<u>2. Year 2:</u>
- Future value = $20,000
- r = 4%
- n = 2

<u>3. Year 3:</u>
- Future value = $330,000
- r = 4%
- n = 3

<u>4. Year 4:</u>
- Future value = $450,000
- r = 4%
- n = 4

<u>5. Year 5:</u>
- Future value = $550,000
- r = 4%
- n = 5

<u>6. Year 6:</u>
- Future value = $375,000
- r = 4%
- n = 6

Total present value = $240,384.62 + $18,491.12 + $293,368.80 + $384,661.89 + $452,059.91 + $296,367.95 + $ 296,367.95
Total present value = $1,685,334.29 = $ 1,685,334
First box:
(going diagonal from top left to bottom right):
9+0 = 9
0+7 = 7
v
4+4 = 8
4+5 = 9
v
6+3 = 9
3+6 = 9
Answer:
y=-2x+8
Step-by-step explanation:
first is to find the slope
m=(y2-y1) /(x2-x1)= (2-4)/(3-2)=-2/1= -2
now using the line formula of y=m*x+b, put in one of the points and solve for b.
2= -2*3 + b
2= -6 + b
8 = b
so y= -2*x+8
Answer:
-1.36
Step-by-step explanation:
(-4^2/0.8-3)/10×-4/5=-1.36
An exponential model is used to represent growth of a population
The population after 3 years is 2585
The function is given as:

<em>3 years after</em>, means that x = 3
So, we have:

Evaluate exponents


Approximate

Hence, the population after 3 years is 2585
Read more about population growth at:
brainly.com/question/3160736