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Graph the piecewise-defined function.

Graph the piecewise-defined function.-example-1
Graph the piecewise-defined function.-example-1
Graph the piecewise-defined function.-example-2
Graph the piecewise-defined function.-example-3
Graph the piecewise-defined function.-example-4
Graph the piecewise-defined function.-example-5

1 Answer

4 votes

Answer:

We have to graph the piecewise-defined function:

f(x)= |x|-4 , if x < 0

-4 , if x ≥ 0

We know that if x <0 then |x| opens up as: -x.

Hence the function f(x) is defined as:

f(x)= -x-4 ; if x < 0

-4 ; if x ≥ 0.

Hence the graph of function f(x) is a linear graph of the type:

y= -x-4 in the interval (-∞,0)

and the graph of the function f(x) is a straight line passing through

y= -4 in the interval [0,∞).

Also the graph is continuous on whole of the real line as limit of the function exist at x=0 and is equal to the value of the function.

f(0)= -4

Hence, the graph is attached to the answer.

( The rest 3 graphs were given to be discontinuous)

Graph the piecewise-defined function.-example-1
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