\"\"

\

First find the minimum point of the graph.

\

Since absolute value function can not be negative, the minimum point of the

\

graph is where \"\".\"\"

\
\

The original function is \"\"

\

Set original function \"\"

\

 \"\"            

\

\"\"              (Add 7 to each side)

\

\"\"                    (Additive inverse property: \"\")

\

\"\"                                (Additive identity property: \"\")

\

\"\"                      (Multiply each side by negative one)

\

\"\"                                (Product of two same signs is positive) \ \ \"\"

\

Next make at table, fill out the table with values for \"\".

\

\

\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \
\

f(x) = -|x + 4|-7

\
\

x

\
\

 f(x)

\
\

-4

\
\

-7

\
\

-2

\
\

-9

\
\

0

\
\

-11

\
\

2

\
\

-13

\
\

4

\
\

-15

\
\

\

First, draw a co-ordinate plane.

\

Locate the points on co-ordinate plane and draw the graph through these points.

\

\"absolute

\

Observe the graphs, both graphs have same shape and points on \"\" are 7 units lower than and 4 units left the points on \"\".

\

The graph of  \"\" is the graph of \"\"and translated 7 units down and 4 units left.

\

\"\"

\

\"absolute

\

 

\

\ \