Maclaurin Series and Power Series - Maclaurin Series by Successive Differentiation

Maclaurin Series and Power Series - Maclaurin Series by Successive Differentiation

TGM Original Questions

By successive differentiation, find the Maclaurin’s series for \(\ln (1+2x)\) up to the term \({{x}^{3}}\).

Video Solution:

Video solution locked

A free account saves your progress; this video needs a course plan.

Create free account Sign in Get the H2 Math course · from S$39.98/mo

Solution:

Solution locked

680+ questions here come with free worked solutions. A free account saves your questions and progress; this one needs a course plan.

Create free account Sign in Get the H2 Math course · from S$39.98/mo H2 Math tuition

Create a free account to practise similar questions.

Create free account Sign in Get the H2 Math course · from S$39.98/mo H2 Math tuition

Answer:\(\displaystyle \ln(1+2x)=2x-2x^2+\frac{8}{3}x^3+O(x^4)\)

Need help? Join our JC Math tuition classes.