Step 1:
\Find the logarithmic equation.
\The logarithmic equation relates
is
.
Where
is the slope of the line.
Make the table of values to find ordered pairs that satisfy the equation.
\Choose values for
find the corresponding values for
.
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
![]() | \
\
| \
![]() | \
![]() | \
![]() | \
\
| \
![]() | \
Step 2:
\Using the any two points of table values
, find the slope of the line.
Consider
.
The slope of the line 

Substitute
in logarithmic equation.

The logarithmic equation relates
is 
Solution :
\The logarithmic equation is 