Exponential Growth 1. • Q = Q₁ × 2 (T = Tdouble) Q = Qo(1+r)t ● • Tdouble~ 70 P Exponential Decay Growth ● Q = Qox (-)* 2 • Q = Qo(1-r)t 70 Thalf P When solving problems using exponential functions, you need to determine which formula to use, which this flow chart can help you with. Fill in each of the six formula boxes with one of the formulas from above. (You will learn about the approximate equations next week, but still put them where they should go.) Decay (T = Thalf)

Exponential Growth 1. • Q = Q₁ × 2 (T = Tdouble) Q = Qo(1+r)t ● • Tdouble~ 70 P Exponential Decay Growth ● Q = Qox (-)* 2 • Q = Qo(1-r)t 70 Thalf P When solving problems using exponential functions, you need to determine which formula to use, which this flow chart can help you with. Fill in each of the six formula boxes with one of the formulas from above. (You will learn about the approximate equations next week, but still put them where they should go.) Decay (T = Thalf)

Algebra and Trigonometry (6th Edition)

6th Edition

ISBN:9780134463216

Author:Robert F. Blitzer

Publisher:Robert F. Blitzer

ChapterP: Prerequisites: Fundamental Concepts Of Algebra

Section: Chapter Questions

Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...

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Question

Exponential Growth
1.
Q = Q₁ × 2 (T = Tdouble)
• Q=Q0(1+r)t
• Tdouble~
Formula:
70
P
Formula:
yes
involves doubling time
Want
APPROXIMATE
growth rate
or doubling
time?
When solving problems using exponential functions, you need to determine which formula to use,
which this flow chart can help you with. Fill in each of the six formula boxes with one of the formulas from
above. (You will learn about the approximate equations next week, but still put them where they should go.)
no
Analyze
Growth
Formula:
Exponential Decay
involves rate
●
Start:
Analyze
Problem
Q = Qox
• Q=Qo(1r)t
70
P
●
· Thalf ~
(1) *
Decay
Want
APPROXIMATE
decay rate or
half life?
Formula:
(T=Thalf)
yes
Formula:
involves half life
no
Analyze
Formula:
involves rate

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