Logarithmic Differentiation Techniques

The video tutorial explains how to find the derivative of a function using logarithmic differentiation. It begins by rewriting the function and applying logarithmic properties to expand the equation. The process involves differentiating both sides using the chain rule and simplifying the resulting expression. The tutorial concludes with the final derivative expression, providing a comprehensive understanding of logarithmic differentiation.

What is the first step in logarithmic differentiation after rewriting the function?

• Take the natural log of both sides

• Simplify the expression

• Apply the chain rule

• Take the derivative of both sides

Which property of logarithms is used to expand a product inside a logarithm?

• Quotient property

• Product property

• Power property

• Chain rule

When differentiating ln(y) with respect to x, which rule is applied?

• Chain rule

• Power rule

• Quotient rule

• Product rule

What is the derivative of ln(x) with respect to x?

• 1/x

• x

• ln(x)

• x^2

In the expression 5 ln(x - 9), what is the derivative with respect to x?

• 5x

• ln(x - 9)

• 5/(x - 9)

• 5x^2

What is the next step after differentiating both sides of the equation?

• Take the natural log again

• Solve for dy/dx

• Apply the product rule

• Combine like terms

Tags

CCSS.8.EE.C.8B

How do you simplify the expression after solving for dy/dx?

• Multiply by x

• Divide by y

• Multiply by y

• Add a constant

Tags

CCSS.8.EE.C.8B

What happens to the expression when you multiply both sides by y?

• It becomes more complex

• It simplifies to dy/dx

• It remains unchanged

• It becomes a constant

What is the final step in the process of finding the derivative?

• Differentiating again

• Taking the natural log

• Combining fractions

• Applying the chain rule

What is the purpose of combining fractions in the final step?

• To make the expression more complex

• To differentiate again

• To apply the chain rule

• To simplify the expression