The video tutorial explores applications of the fundamental theorem of calculus and the chain rule to find derivatives of various functions. It begins with a simple example of f(x) and progresses to more complex functions like g(x), h(x), and k(x), demonstrating how to apply these calculus principles effectively.

What is the main focus of the video tutorial?

• Applications of the fundamental theorem of calculus and chain rule

• Introduction to algebra

• Basics of trigonometry

• Advanced geometry concepts

What is the function f(x) in the first example?

• Integral from 0 to X of tan(T^2) dT

• Integral from 0 to X of cos(T^2) dT

• Integral from 0 to X of sin(T^2) dT

• Integral from 0 to X of log(T^2) dT

How do we find the derivative of f(x) using the fundamental theorem of calculus?

• Evaluate the function at 0

• Evaluate the function at X

• Differentiate the function twice

• Integrate the function again

What is the function g(x) in the second example?

• Integral from 0 to X^4 of sin(T^2) dT

• Integral from 0 to X^5 of sin(T^2) dT

• Integral from 0 to X^3 of sin(T^2) dT

• Integral from 0 to X^2 of sin(T^2) dT

Which rule is used to find the derivative of g(x)?

• Chain rule

• Power rule

• Quotient rule

• Product rule

What is the derivative of g(x) in terms of f(x)?

• F'(X^2) * 2X

• F'(X^5) * 5X^4

• F'(X^4) * 4X^3

• F'(X^3) * 3X^2

What is the function h(x) in the third example?

• Integral from X^3 to 1 of sin(T^2) dT

• Integral from X^3 to 2 of sin(T^2) dT

• Integral from X^3 to 3 of sin(T^2) dT

• Integral from X^3 to 0 of sin(T^2) dT

How is h(x) rewritten to find its derivative?

• As the integral from 0 to X^3

• As the integral from X^3 to 2

• As the integral from X^3 to 0

• As the integral from 1 to X^3

What is the derivative of h(x)?

• 3X^2 * sin(X^6)

• -3X^2 * sin(X^6)

• -2X^2 * sin(X^6)

• 2X^2 * sin(X^6)

What is the function k(x) in the final example?

• Integral from X to X^5 of sin(T^2) dT

• Integral from X to X^4 of sin(T^2) dT

• Integral from X to X^3 of sin(T^2) dT

• Integral from X to X^2 of sin(T^2) dT