The independent variable is the one being manipulated (or changed) in order to study the effects. In this case the independent variable is the $5 price change.
Answer:
Future value= $151,018.51
Explanation:
Future value of money measures how much a present amount of money will be in the future at a given interest rate.
The interest gained on money shows the time value of money. One dollar today is less than one dollar in one year's time
The formula for future value is
Future value = Present value * (1 + rate)^time
As we have two periods in this case (10 years and 20 years)
Future value = Present value * {(1 + rate1)^time1} * {(1 + rate2)^time2}
Future value = 12,500 * {(1 + 0.07)^10} * {(1 + 0.095)^20}
Future value= $151,018.51
<span>Let the number of calories from lunch be called L. As such, breakfast is then L + 128, and dinner is 2L - 400. We can then sum the three meals and equate it to the total caloric intake, the known value of 1932.
So:
1932 = L + L + 128 + 2L - 400 = 4L - 272.
Lunch = 551
Breakfast = 551 + 128 = 679
Dinner = 2*551 - 400 = 702</span>
Answer:
A. ($16,000)
Explanation:
The computation of the expected value of return equal to
= (Higher return × probability rate) - (Less return - probability rate)
= ($20,000 × 70%) - ($100,000 × 30%)
= $14,000 - $30,000
= - $16,000
For computing the correct value we have to deduct the tighter money conditions from the normal conditions.
Answer:3.67,1
Explanation:
TE = (O + 4T + P) / 6
where,
TE = Pert Expected Time Duration,
O = Optimistic estimate, =2
T = Typical estimate,=3
P = Pessimistic estimate=8
TE = (O + 4T + P) / 6
=(2+4*3+8)/6
3.6666=3.67
σ = (P – O)/6
=(8-2)/6
=1
