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On a separate sheet of paper, use the graph of y = |x| to graph y+4=|x| In the answer box, explain how the new graph differs from the parent function.

2 Answers

4 votes

Answer:

The new graph (solid blue) is shifted 4 units down from the parent function (dashed red).

You can get there a couple of ways:

Replacing y by y-k shifts the graph up by k units. Here, k=-4, so the graph is shifted down 4 units.

Adding k to the function value shifts the graph vertically by k units. The equation y+4 = |x| can be rewritten to y = |x| -4, showing that -4 is added to the function value.

Explanation:

User Chribsen
by
6.9k points
3 votes

Answer:

See the attachment for graphs.

Explanation:

The new graph (solid blue) is shifted 4 units down from the parent function (dashed red).

You can get there a couple of ways:

  1. Replacing y by y-k shifts the graph up by k units. Here, k=-4, so the graph is shifted down 4 units.
  2. Adding k to the function value shifts the graph vertically by k units. The equation y+4 = |x| can be rewritten to y = |x| -4, showing that -4 is added to the function value.
On a separate sheet of paper, use the graph of y = |x| to graph y+4=|x| In the answer-example-1
User Bleadof
by
6.6k points
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