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Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #1 Parts B, C, & D
Video shows how to use the definite integral of the velocity function of a particle to determine the distance traveled, average velocity and position of the particle at a given time. [14:37]
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #2 (C & D)
Video shows how to calculate the definite integral using a table of values and interprets what the definite integral represents in terms of the situation. Also shows how to use the definite integral to determine the value of a function...
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #3 (A & B)
Video demonstrates how to write the equation of a line tangent to a function at a given point. Also shows how to find the area between two curves using definite integrals. [8:13]
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #6A
Video shows how to use limits to determine if a function is continuous at a given point. [4:23]
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #5B
Video shows how to find the second derivative of a function and use it to determine if the answer found in the previous video which used the slope of the tangent line is an underestimate or overestimate. [8:18]
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #4C
Video shows how to find the points of inflection of an unusal function by looking at a graph of the first derivative of the function. [4:24]
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #5A
Video shows how to rewrite a differential equation as a derivative of a function and then use it to find the slope of the tangent line to a function at a given point. The tangent line is then used to estimate a future value of the...
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #4B
Video shows how to determine the absolute maximum of a function over an interval by finding the value of the function at both ends of the interval and at any critical values. [13:15]
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #1A
Video shows how to determine whether the speed of a particle is increasing or decreasing at a given time by using the velocity and acceleration functions and reasoning about the signs of the functions when evaluated at the given time....
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #5C
Video shows how to find the particular solution to a separable differential equation. [9:15]
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #6B
This video [5:15] shows how to write the derivative of a piecewise function as another piecewise function. Uses the derivative to find the value of x that gives a certain derivative value.
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #4A
This video [4:48] shows how to determine the integral of an unusual function using geometry to find the area under the curve. Also shows how to find the derivative of a function which contains an integral by using the Fundamental Theorem...
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #3 (C)
Video shows how to use the disk method to write an integral representing the volume of the solid generated by rotating two intersecting functions around a line. [6:39]
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #4D
Video shows how to calculate the average rate of change of a function over an interval and explains why it does not contradict the Mean Value Theorem. [5:46]
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #2 (A & B)
Video shows how to use a table of values to determine the approximate rate of change at a given time. Also explains what a definite integral means in terms of the situation and shows how to use a trapezoidal sum to estimate the integral....
Khan Academy
Khan Academy: Calculus: 2011 Calculus Ab Free Response #6C
Video shows how to find the integral of a piecewise function and use it to determine the average value of the function over a given interval. [7:29]