Domain and Range
Intro to Logarithms
Properties of Logarithms
Common Logarithms
Natural Logarithms
100

What is the range of the logarithmic parent function?

All real numbers

100

Evaluate log216

4

100

The solution of log53 + log5x = log599

x = 33

100

The base of common logarithms

10

100

The base of natural logarithms

e

200

What is the domain of the logarithmic parent function?

x>0

200

Evaluate log51/125

-3

200

The solution of log3x - log37 = log35

x = 35

200

Evaluate to 4 decimal places: log(28)

1.4472

200

The approximate value of e (give 5 decimal places)

2.71828

300

Find the domain of log(x+7)

x > -7

300

The solution of log9x=3

x=729

300

The solution of 2log75 - (1/3)log7125 = log7x

x = 5

300

Evaluate using the change of base formula (round to 4 decimal places)

log726

1.6743

300

The abbreviation used for natural logarithms

ln

400

Find the domain and range of log (2x-8)

D: x > 4

R: all real numbers

400

The solution of logb196 = 2

b = 14

400

The solution of log4x - (1/4)log416 = (1/2)log449

x = 14

400

The solution of 9x = 73

Round to 4 decimal places

1.9527

400

The solution of 3ex + 1 = 5

Round to 4 decimal places)

x = 0.2877

500

Find the domain, range, and asymptote of log (3x+9)

D: x > -3

R: all real numbers

A: x = -3

500

The solution of log11(x2-15)=log11(2x)

x = 5

500

The solution of log6(x2 + 2) + log62 = 2

x = 4

500

The solution of 

5x+3 = 17

Round to 4 decimal places

x = -1.2396

500

The solution of ln(x - 7)=2

Round to 4 decimal places

14.3891