To find \( h(-4) \), you need to substitute \( -4 \) into the function \( h(x) \). However, I need the function \( h(x) \) to solve for \( h(-4) \).

Could you please provide the function \( h(x) \)?

Would you like details on how to proceed with such problems? 

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Here are 5 related questions:
1. What is the general process for evaluating a function at a specific point?
2. How do you find the value of a function given a more complex expression?
3. What happens if you substitute a negative value into a polynomial function?
4. How can graphing a function help verify the value of \( h(-4) \)?
5. How does finding \( h(-4) \) differ if the function is piecewise?

**Tip:** Always double-check your substitution steps, especially with negative numbers, to avoid sign errors.

Learn how to evaluate the function h(x) at h(-4) by substituting -4 into the given function. This process involves key algebraic concepts like substitution and understanding function rules. Suitable for students in Grades 6-8.

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