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Equations
Growth or Decay factor
Initial Value
100
The equation y(t) = A0 (1+r)^t is for Exponential growth or Exponential Decay
What is Exponential Growth
100
Growth or decay factor: .8
What is 80% decay
100
What is the initial value of y=2.1(1.04)^x
What is 2.1
200
The equation y(t) = A0 (1-r)^t is for Exponential Growth or Exponential Decay
What is Exponential Decay
200
Growth or Decay Factor: 1.8%
What is 80% growth
200
What is the initial value of y=3(1.8)^x
What is 3
300

what does n represent in the equation y(t) = A0 (1+r%/n)^t

100 because if the rate is in % you will have to divide by 100
300
Growth or Decay Factor: 1.04
What is 4% growth
300
The initial value of y=9(.8)
What is 9
400
What does A0 represent in the equation y(t) = A0 (1+r)^t
What is initial value
400
Growth or Decay Factor: .94
What is 6% decay
400
What is the initial value of y=2(.94)
What is 2
500
What does t represent in the equation y(t) = A0 (1+r)^t (the exponent)
What is time
500
1880.43
What is 187943% Growth
500
The initial value of y=15(3.5)^x
What is 15