2003 AP CALC AB EXAM
Correct Answers for Section I Part A (#'s 1-28)
No. 1 (Chain Rule) & No. 2 (Definite Integral)
No. 3 (Limits at Infinity) & No. 4 (Quotient Rule)
No. 5 (Definite Integral) & No. 6 (Limits at Infinity)
No. 7 (Increasing/ Decreasing Functions)
No. 8 (Integration by Substitution)
No. 10 (Increasing/ Decreasing Functions/ Concavity)
No. 11 (Integration by Substitution) & No. 12 (Differential Equations)
No. 13 (Continuity/ Differentiability) & No. 14 (Product Rule)
No. 15 (Increasing/ Decreasing Functions) & No. 16 (Tangent Lines)
No. 17 (Concavity) & No. 18 (Increasing/ Decreasing Functions)
No. 19 (Differential Equations)
No. 20 (Limits/ One Sided and Two Sided, Continuity at a Point, and Differentiability at a Point)
No. 21 (Concavity/ Points of Inflection)
No. 22 (Application of the FTC) & No. 23 (Using the Second FTC)
No. 24 (Tangent Lines) & No. 25 (Particle Motion)
No. 26 (Implicit Differentiation) & No. 27 (Derivative of an Inverse Function)
No. 28 (Applying the Mean Value Theorem)
Correct Answers for Section I Part B (#'s 76-92)
No. 76 (Particle Motion) & No. 77 (Evaluating a Definite Integral)
No. 78 (Related Rates) & No. 79 (Limits)
No. 80 (The Mean Value Theorem/ The Intermediate Value Theorem/ The Extreme Value Theorem)
No. 81 (The First Derivative Test)
No. 82 (The Definite Integral of a Rate of Change Function)
No. 85 (Trapezoidal Sum/ Right Riemann Sum)
No. 86 (Volume of a Solid with Known Cross Sections)
No. 87 (Definition of Concavity/ Point of Inflection)
No. 88 (Average Value of a Function)
No. 89 (Finding an Equation of a Tangent Line)
No. 90 (Increasing/ Decreasing Functions/ Rate of Increase)