Math Problem Statement

The function provided is f(x) = ∛(8 + x), x₀ = 0. How can I assist with this function?

Solution

The function provided in the image is:

f(x)=8+x3,x0=0.f(x) = \sqrt[3]{8 + x}, \quad x_0 = 0.

Let me know how I can assist with this function. For example:

  • Do you want the derivative f(x)f'(x)?
  • Do you want the value of f(0)f(0)?
  • Are you analyzing its properties or behavior near x0=0x_0 = 0?

Here are 5 questions you might explore next:

  1. What is f(x)f'(x) at x0=0x_0 = 0?
  2. What is the behavior of f(x)f(x) as xx \to \infty?
  3. Can the function f(x)f(x) have any critical points?
  4. What are the inflection points of f(x)f(x)?
  5. Is f(x)f(x) increasing or decreasing at x0=0x_0 = 0?

Tip: When working with cube roots, recall that their derivatives involve fractional powers, which can yield elegant simplifications.

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Math Problem Analysis

Mathematical Concepts

Calculus
Differentiation
Cubic Roots
Function Behavior

Formulas

Derivative of x^(1/3): d/dx [x^(1/3)] = (1/3)x^(-2/3)
f(x) = ∛(8 + x)

Theorems

Power Rule of Differentiation
Continuity and Differentiability

Suitable Grade Level

Grades 11-12 and introductory college calculus