Exponential Functions (Graphing/Solving)
Solving Log Equations/ Exp with Logs
Expanding, Condensing, and Converting
Natural Logs and Base e
Exp Growth/Decay and Compound Interest
100

Write an equation for the parent function f(x)=2x that has been reflected, shifted left 5, and down 8.

f(x)=-2x+5 - 8

100

log4 -3v = log4 (-5v-10)

v = -5

100

Convert to exponential form

log1215 = x

12x=15

100

Expand

ln (a3/b)2

6 ln a - 2 ln b

100

classify the equation as exp growth or exp decay

-1/2 * 4x-6

exp decay

200

Write an equation for the parent function f(x)=2x that has been compressed by 3, shifted right 5, and up 4.

f(x) = 3*2x-5 + 4

200

log5 7 + log5 2x = 1

x = 5/14

200

Convert to logarithm form

17x=59

log759 = x

200

condense

36 ln x + 6 ln y

ln (x36y6)

200

A baseball card that was valued at $200 in 1980 has increased in value by 7% each year. Find the value of the card in 2016.

$2284.79

300

Solve the exponential equation:

5-3a + 1 = 5-2a

a = 1

300

Solve

2 * log x - log 4 = 2

x = -20, 20

300

Condense

2*logx - 5*logy

log6 x2/y5

300

Solve

ln 72 - ln 4 = ln 6 + ln (a-2)

a = 5

300

Jack bought a new car in 2014 for $28,000. If the value of the car decreases by 14% each year, estimate how much the car will be worth in 2024.

$6196.44

400

Solve the exponential equation:

4-b * 4-3b = 42

b = -1/2

400

Solve

6b-9 + 8 = 30

10.73

400

Expand

log8 (7*116)5

5*log8 7 + 30*log8 11

400

Solve

ln 8x = 2

x = .92

400

Michelle invested $10,000 in an account that earns 8.5% interest that is compounded quarterly. Determine the amount of money in the account in 15 years.

$35,312.15

500

Solve the exponential equation:

4 * 643n = 1/64

n = -4/9

500

Solve

14x+6 + 10 = 63

-4.50

500

Condense

log6 3 + log10 + 6*log7

log6 3,529,470

500

Solve

2ec-9 + 3 = 87

c = 12.74

500

Sarah moved $30,000 of her savings to a new investment account that earns 4% interest compounded quarterly. Find the amount of interest the account will earn after 12 years.

$48,366.78

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