F (x) = |x| and g (x) = |x| + 3

The translation applied to get the graph of g (x) from the graph of f (x) = |x| and g (x) = |x| + 3

The translation applied to get the graph of g (x) from the graph of f (x) is

Question

Ayana Cordova

Mathematics

6 February, 07:14

F (x) = |x| and g (x) = |x| + 3

The translation applied to get the graph of g (x) from the graph of f (x) = |x| and g (x) = |x| + 3

The translation applied to get the graph of g (x) from the graph of f (x) is

+2

Answers (2)

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Mylie · Answer 1

graph is shifted up by 3 units.

Step-by-step explanation:

Given : The translation applied to get the graph of g (x) from the graph of f (x) = |x| and g (x) = |x| + 3

To find : Graph of g (x).

Solution : We have given that

Parent function f (x) ans translated function g (x) = |x| + 3.

By the transformation rule : f (x) →→ f (x) + k it mean graph of f (x) shifted by k units up.

Then, graph is shifted up by 3 units.

Therefore, graph is shifted up by 3 units.

Katelyn Fowler · Answer 2

The graph would move up 3.

Step-by-step explanation:

When a number is added after the absolute value brackets, the graph shifts up and down. Since it is a positive number, the shift is upwards.

F (x) = |x| and g (x) = |x| + 3The translation applied to get the graph of g (x) from the graph of f (x) = |x| and g (x) = |x| + 3The translation applied to get the graph of g (x) from the graph of f (x) is

F (x) = |x| and g (x) = |x| + 3

The translation applied to get the graph of g (x) from the graph of f (x) = |x| and g (x) = |x| + 3

The translation applied to get the graph of g (x) from the graph of f (x) is