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How do the graphs of f(x)= |x| and g(x)= 3|x| relate?

How do the graphs of f(x)= |x| and g(x)= 3|x| relate?-example-1
User Fabienne
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2 Answers

2 votes

Answer:

Option C is the answer.

Step-by-step explanation

Here the red graph is for f(x) = l x l

and blue graph is for f(x) = 3 lx l

on multiplying f(x) by 3 we get the graph g(x)

from the graph of both we can easily see that with respect to red graph (lxl)

the blue graph (3lxl ) gets shrunk

SO this is what the relation between f(x) and g(x)

that graph of g(x) is vertically shrunk of graph f(x).

How do the graphs of f(x)= |x| and g(x)= 3|x| relate?-example-1
User Salar
by
8.6k points
3 votes

Answer:

Option C

Explanation:

Let f(x) be a function and b a positive real numer, then:


y = bf(x) represents a compression on a factor b of the function f(x).

In this case we have the function:


f(x) = |x|

If we do :


y = 3f(x) we have:


y = 3|x|

And the original function f(x) is compressed by a factor of 3. Observe the attached image

Then, the answer is the correct option is option C

How do the graphs of f(x)= |x| and g(x)= 3|x| relate?-example-1
User Paullb
by
7.8k points

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