You may fast-track your course audit using NJCTL's materials in lieu of a textbook and claiming identical to our approved course syllabus document.
Instructions are posted at the bottom of this course page under "Implementation Resources".
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Limits & Continuity
One- and Two-Sided Limits
Limits That DNE
Indeterminate Form of 0/0
Infinite Limits
Squeeze Th. & Trig Limits
Continuity
IVT
Problem Solving
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Derivatives
Tangent Line Problem
Def. of Derivative
Derivative Rules
Higher Order Derivatives
Deriv. of Trig., Logs, e, Piecewise & Abs. Value
Tangent & Normal Lines
Deriv. of Inverse Functions
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Applications of Derivatives
L’Hopital’s Rule
Implicit Differentiation
Related Rates
Differentials
Linear Approx. & Motion
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Analyzing Functions Using Derivatives
Critical & Extreme Values
The 1st & 2nd Deriv. Tests
Connecting f, f’ and f”
Curve Sketching
Rolle’s & Mean Value Thms
Newton’s Method
Optimization
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Integration
Riemann Sums
Trapezoidal Approximation
Sigma Notation
Definite & Indefinite Integrals
FTC - Parts I & II
Avg Values for Integrals
MVT for Integrals
u-Substitution for Integration
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Applications of Integration
Integral Defined Functions
Net & Rates of Change
Particle Motion Revisited
Area Between Two Curves
Volume by Disk, Washer & Cross-Section Methods
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Differential Equations
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