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(file size: 212KB)
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Algebraic (linear only) problems where epsilon is given and delta is found. Non linear problems are done via calculator.
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(file size: 924 KB)
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BC Calculus involves some reviewing ate first. I combine transformations. Continuity, differentiability, basic limits with the major thrust – l’Hopital’s rule,
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(file size: 644 KB)
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Marginals are tested as well as Newton’s method (without calculator) and estimation with differentials.
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Left, right, midpoint rectangles are tested along with the trapezoidal rule and Simpson’s method.
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04a. Riemann SUM AP Type - NEW!
(file size: 687 KB)
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An AP Type problem that emphasizes the midpoint and trapezoidal rule as well as the meaning of these approximations. |
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Given a piecewise curve, students are asked to find definite integrals between various values utilizing geometric formulas. Also, examine the accumulation function based on this graph. Answers included.
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Same as above but without answers.
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Disk, washers, shells, arc length and surface area are tested.
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07a. Area Volume AP Type - NEW!
(file size: 128 KB)
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An area/volume function using a natural log function. Calculators permitted.
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A 27-question multiple choice exam testing all concepts up through volume, arc length, and surface area
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Work problems are hard for students so these are tested separately.
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This exam tests not only work but fluid force and center of mass. Answers included.
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Same as above but without answers.
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Much of this material is a review from AB calculus but it is vital that students be able to take derivatives and integrals using the ln function and exponentials.
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| 12a. Differential Eq. AP Type - NEW! |
A related rates problem that turns into a DEQ problem. |
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(file size: 340 KB)
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u-substitution, integration by parts, powers of sines and cosines, partial fractions and improper integrals are tested.
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| 13a. Integration Techniques AP Type - NEW! |
A problem with the major work being integration by parts. |
| 13b. Integration Techniques AP Type - NEW! |
An area/volume problem using u-substitution and also improper integrals.
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Students must make and interpret slope fields, use Euler’s Method to estimate numerical solutions to DEQ’s and solve a logistic growth problem.
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| 14a. Slope Field Euler's Method AP Type - NEW! |
A slope field/Euler's Method problem that asks students to remember local linearity and concavity. |
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Time to put all it all together with a big exam. This is a 37 question multiple choice exam testing all concepts through logistic growth. Two sections, one with calculator and one without.
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A small quiz testing knowledge of derivatives and integrals using inverse trig functions as well as finding the derivative of an inverse relation at a given point.
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Parametric equations, points of tangency, horizontal and vertical tangents, arc length and surface area of revolution.
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5 problems each having 4 variations is good for a take-home quiz on polar equations. Horizontal and vertical tangents, arc length, and surface area of revolution are tested. Calculators needed.
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| 18a. Polar Equations AP Type - NEW! |
Derivatives of polar curves along with area. Students better know sine and cosine of special angles. |
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Vector addition, dot products, vector-valued functions, derivatives and integrals and velocity and acceleration.
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| 19a. Vectors AP Type - NEW! |
A motion problem along a curve. Speed, acceleration, and position need to be computed. Calculators allowed.
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4 problems asking students to generate Maclaurin or Taylor polynomial approximations of functions and determine the error in using such.
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| 20a. Taylor Polynomials AP Type - NEW! |
Students are given a Taylor polynomial for f and asked to find derivatives. The second derovative test will be needed for local etrema and the dreaded Lagrange error needs to be computed. |
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Series is a big topic so I have a test that tests about half of it – convergence and divergence of sequences and series using some basic tests..
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This tests convergence and divergence using all tests. Answers are included although there are more than one way to prove convergence for many of them. Answers included.
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Same as above but without answers.
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23a. Series AP Type - NEW!
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A typical AP type problem involving finding the interval of convergence. Also the second derivative test is used.
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| 23b. Series AP Type - NEW! |
This AP type problem uses manipulation of the Taylor seies for cos(x), finding general terms, and convergence interval.
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