Notice that the expression for h(x) uses an absolute value. The absolute value is the basic function related to h(x).
Recall the following function transformations:
Horizontal shift by c units:

Vertical shift by c units:

Reflection across the X axis:

Starting with the absolute value function, notice that the function h can be obtained by applying a reflection across the X-axis, a horizontal shift by 1 unit and a vertical shift by 4 units:
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