AP Calculus Practice Exam COMPLETE walk-through (2014 released version)

COMPLETE walk-through of the released 2014 AP Calculus AB Exam from College Board. All the videos were originally placed in a playlist linked below, but I thought it might also be useful to reference each question timecode below to help you navigate through the questions you need help on. Hope this helps and good luck on your AP Exam!

00:00:01 Section 1, Part A (Multiple Choice, No Calculator)
00:00:40 #1 Integral
00:02:00 #2 Finding slope of line tangent
00:03:20 #3 Evaluate derivative at an x value
00:04:50 #4 Evaluate definite integral
00:06:25 #5 Limits given piece-wise graph
00:08:20 #6 Derivative with two chains
00:09:40 #7 Infinite limit
00:11:05 #8 U-substitution without evaluating but changine bounds
00:13:00 #9 Find maximum given derivative f’
00:14:50 #10 Determining value for continuity given piecewise function
00:16:10 #11 Finding maximum on f given graph of f’
00:18:20 #12 Right Riemann sum
00:21:15 #13 Derivative with quotent rule
00:22:45 #14 Finding position at given time with given veloticy function
00:25:43 #15 Determining interval of increasing given composite function
00:29:40 #16 Left-handed limit with absolute value
00:31:38 #17 Find derivative of exponential
00:32:50 #18 Finding mistake in student work separation of variables
00:35:00 #19 Finding a point of inflection
00:37:28 #20 Evaluate finite limit
00:39:00 #21 Related rates
00:42:20 #22 Finding decreasing and concavity
00:46:55 #23 Finding derivative value on given piecewise function
00:48:29 #24 Finding horizontal asymptote
00:50:05 #25 Liepniz notation derivative
00:51:04 #26 Fundamental Theorem of Calculus with a chain
00:52:36 #27 Find when the particle is at rest
00:54:40 #28 Slope field

00:58:48 Section 1, Part B (Multiple Choice, Calculator allowed)
00:59:15 #76 Average velocity
01:00:18 #77 Definite integral given antiderivative
01:01:50 #78 Finding posible graph of f’
01:04:15 #79 Volume of revolution around x-axis
01:08:14 #80 finding f’ from a table and slope of a secant line
01:10:25 #81 Using an integral for total change
01:12:50 #82 Determining max and min and inflection points given f’ graph
01:16:55 #83 Using properties of integrals
01:18:40 #84 Using areas to find average value of f
01:20:10 #85 Find total distance traveled using absolute value
01:22:30 #86 Solving for a value k given tangent line characteristics
01:27:41 #87 Given differentiable function characteristics, determine which is true.
01:31:24 #88 Using graph to compare function and first and second derivative
01:33:51 #89 Finding area enclosed and using calculator to find intersection for upper bound
01:39:00 #90 Find when speed is increasing
01:42:40 #91 Find F given F’ and F’’ signs
01:44:10 #92 Using table to find values of inverse function derivative

01:48:10 Section 2, Part A (Free Response, FRQ, Calculator allowed)
01:48:30 #1 Bike riding and given velocity table
02:02:43 #2 Store shoppers with given function.

02:23:21 Section 2, Part B (Free Response, FRQ, No Calculator)
02:23:57 #3 Areas and Volume with a given base shape
02:31:25 #4 Given piecewise graph of f
02:40:54 #5 Particle motion
02:51:05 #6 Differential equations

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