Exponential Functions
Logarithmic Functions
Exponential Equations
Logarithmic Equations
Misc.
100

Rewrite in exponential form:

Log 3(2x) = 7

37 = 2x

100

Convert to Logarithmic form:

Ln (x - 5) = (y + 2)

e(y+2) = (x - 5)

100

solve:

          3x + 4 =  81

x = 0

100

Solve 

  log(3x + 3) = log(5x + 1) 

x = 1

100

Exponential and Logarithmic Functions are _______

functions of each other as long as ____________. 

inverse

bases are the same

200

What is the equation of the asymptote for 

f(x) = 3x-4 + 2

y = 2

200

What is the domain

  f(x) = log2(x)

domain: (0, inf)

range: (-inf, inf)

200

Determine the exact value of x:

     4e2x+1 = 12

x = [-1 + ln(3)]/2

200

 Solve 

   log2(x - 3) = 5

x = 35

300

What is the domain and range for

 g(x) = (1/2)x+1 + 3 

domain: (-inf, inf)

Range: (3, inf)

300

Simplify:    log5(1/125)

-3

300

Determine the solution(s):


   e2x - 4 = 0

x = ln(4)/2

300

Solve:

  log3(x) + log3(x - 2) = 1

x = 3

400

Find the ending amount of an investment of $10000 invested at 4% interest compounded monthly for 5 years.  

$12,209.97

400

Condense


5 lnx - 4 lny + 2 lnz

ln(x5z2/y4)

400

Solve for x:

4x-2 =  162x + 1


x = -4/3

400

Solve 

     log(4x - 2) -  log(2x + 1) = log(5)

No Solution
400

What is the property that allows you to solve equations with logarithms on both sides?

If LogaX = LogaY then X = Y

500

Find the ending investment amount of $32,000 invested at 7% interest compounded continuously for 9 years.  

$60083.54

500

Expand

log[(2x+1)3/(5y-2)1/2]

3log(2x+1) - (1/2)log(5y-2)

500

solve for t: (round to the nearest whole number)


25000 = 5000(1 + .03/4)4t

t = 54 years

500

solve:

     (lnx)2 = lnx

x = e, x = 1

500

Simplify  (no Calculator)

Ln(e4) + Log2(1/64) - Log (0.00001)

3

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