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AP Calculus AB 3.6 Higher-Order Derivative Review

Review AP Calculus AB 3.6 by differentiating repeatedly, preserving chain-rule factors, and interpreting second or higher derivatives in function questions.

Syllabus
Effective Fall 2025
Course
AP Calculus AB

Exam points

  • differentiate repeatedly to obtain second and higher-order derivatives
  • evaluate higher-order derivatives and interpret their meaning

3.6 Calculating Higher-Order Derivatives question 1

[Maximum number: 1]

If y=x2lnxy=x^{2} \ln x for x>0, then yy^{\prime \prime} is equal to

A

3+lnx3+\ln x

B

3+2lnx3+2 \ln x

C

3+3lnx3+3 \ln x

D

2+x+lnx2+x+\ln x

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