SUMMARY
The derivative of the function y = (2 - 2b) tanh^-1(b) is calculated using the product rule, resulting in the expression y' = (2 / (1 + b)) - 2 tanh^-1(b). The first term, (2 - 2b) (1 / (1 - b^2)), simplifies to (2 / (1 + b)), confirming the correctness of the derivative. The second term arises from the derivative of (2 - 2b), which is -2 tanh^-1(b). This solution clarifies the steps involved in applying the product rule effectively.
PREREQUISITES
- Understanding of calculus, specifically differentiation techniques
- Familiarity with the product rule for derivatives
- Knowledge of hyperbolic functions, particularly tanh and its inverse
- Ability to simplify rational expressions
NEXT STEPS
- Review the product rule for derivatives in calculus
- Study the properties and applications of hyperbolic functions
- Practice finding derivatives of composite functions
- Explore advanced techniques in calculus, such as implicit differentiation
USEFUL FOR
Students studying calculus, particularly those focusing on differentiation techniques, and anyone seeking to improve their understanding of hyperbolic functions and their derivatives.