Media Summary: (Alternative 1b/5 on Series) Introduces infinite series as a vehicle to simulate the "summation of infinitely many numbers." Explains ... Introduces infinite series as a vehicle to simulate the "summation of infinitely many numbers." Explains the sum of the geometric ... Outlines a structured procedure to find absolute minima and maxima of functions. Applies the procedure to discuss why soda cans ...

Concise Modular Calculus 55b 97 - Detailed Analysis & Overview

(Alternative 1b/5 on Series) Introduces infinite series as a vehicle to simulate the "summation of infinitely many numbers." Explains ... Introduces infinite series as a vehicle to simulate the "summation of infinitely many numbers." Explains the sum of the geometric ... Outlines a structured procedure to find absolute minima and maxima of functions. Applies the procedure to discuss why soda cans ... Introduces power series as a way to represent functions. Explains the radius of convergence, the algebra, derivatives and ... Presents the derivative form of the fundamental theorem of Illustrates the derivative as the formal concept behind instantaneous velocities, tangent lines and general instantaneous rates of ...

Demonstrates why the Intermediate Value Theorem should be true. Uses the Intermediate Value Theorem to determine the signs ... Defines and computes derivatives via difference quotients. Checks tangent line computations graphically. All videos and slides for ... Justifies the antiderivative form of the fundamental theorem of Introduces the alternating series test and the limit comparison test. Shows how, for the partial sums of certain series, to estimate ... Defines sequences as, well, sequences of numbers. Explains how the limit of a sequence governs the sequence's long-term ... Visualizes differentiable functions as smooth functions without corners. Justifies why differentiable functions are continuous.

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Concise Modular Calculus [55b/97]:Alternative Introduction to Series without Using Integrals
Concise Modular Calculus [55/97]: Introduction to Series (1a/5 on Series)
Concise Modular Calculus [15/97]: Optimization (3/8 on Differentiation Formulas)
Concise Modular Calculus [57/97]: Power Series (3/5 on Series)
Concise Modular Calculus [35/97]: Derivative Form (3/3 on the Fundamental Theorem of Calculus)
Concise Modular Calculus [8/97]: Why Do We Need Derivatives (1/5 on Derivatives)
Concise Modular Calculus [6/97]: Intermed Value Theorem (5/6 on Limits and Continuity)
Concise Modular Calculus [9/97]: Definition of the Derivative (2/5 on Derivatives)
Concise Modular Calc [33/97]:Fund Theorem of Calc-Antiderivative Form (1/3 on Fund Theo of Calc)
Concise Modular Calculus [59/97]: More Tests for Convergence (5/5 on Series)
Concise Modular Calculus [1/97]: Why Do We Need Calculus
Concise Modular Calculus [53/97]: Sequences (1/2 on Sequences)
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Concise Modular Calculus [55b/97]:Alternative Introduction to Series without Using Integrals

Concise Modular Calculus [55b/97]:Alternative Introduction to Series without Using Integrals

(Alternative 1b/5 on Series) Introduces infinite series as a vehicle to simulate the "summation of infinitely many numbers." Explains ...

Concise Modular Calculus [55/97]: Introduction to Series (1a/5 on Series)

Concise Modular Calculus [55/97]: Introduction to Series (1a/5 on Series)

Introduces infinite series as a vehicle to simulate the "summation of infinitely many numbers." Explains the sum of the geometric ...

Concise Modular Calculus [15/97]: Optimization (3/8 on Differentiation Formulas)

Concise Modular Calculus [15/97]: Optimization (3/8 on Differentiation Formulas)

Outlines a structured procedure to find absolute minima and maxima of functions. Applies the procedure to discuss why soda cans ...

Concise Modular Calculus [57/97]: Power Series (3/5 on Series)

Concise Modular Calculus [57/97]: Power Series (3/5 on Series)

Introduces power series as a way to represent functions. Explains the radius of convergence, the algebra, derivatives and ...

Concise Modular Calculus [35/97]: Derivative Form (3/3 on the Fundamental Theorem of Calculus)

Concise Modular Calculus [35/97]: Derivative Form (3/3 on the Fundamental Theorem of Calculus)

Presents the derivative form of the fundamental theorem of

Concise Modular Calculus [8/97]: Why Do We Need Derivatives (1/5 on Derivatives)

Concise Modular Calculus [8/97]: Why Do We Need Derivatives (1/5 on Derivatives)

Illustrates the derivative as the formal concept behind instantaneous velocities, tangent lines and general instantaneous rates of ...

Concise Modular Calculus [6/97]: Intermed Value Theorem (5/6 on Limits and Continuity)

Concise Modular Calculus [6/97]: Intermed Value Theorem (5/6 on Limits and Continuity)

Demonstrates why the Intermediate Value Theorem should be true. Uses the Intermediate Value Theorem to determine the signs ...

Concise Modular Calculus [9/97]: Definition of the Derivative (2/5 on Derivatives)

Concise Modular Calculus [9/97]: Definition of the Derivative (2/5 on Derivatives)

Defines and computes derivatives via difference quotients. Checks tangent line computations graphically. All videos and slides for ...

Concise Modular Calc [33/97]:Fund Theorem of Calc-Antiderivative Form (1/3 on Fund Theo of Calc)

Concise Modular Calc [33/97]:Fund Theorem of Calc-Antiderivative Form (1/3 on Fund Theo of Calc)

Justifies the antiderivative form of the fundamental theorem of

Concise Modular Calculus [59/97]: More Tests for Convergence (5/5 on Series)

Concise Modular Calculus [59/97]: More Tests for Convergence (5/5 on Series)

Introduces the alternating series test and the limit comparison test. Shows how, for the partial sums of certain series, to estimate ...

Concise Modular Calculus [1/97]: Why Do We Need Calculus

Concise Modular Calculus [1/97]: Why Do We Need Calculus

Explains what

Concise Modular Calculus [53/97]: Sequences (1/2 on Sequences)

Concise Modular Calculus [53/97]: Sequences (1/2 on Sequences)

Defines sequences as, well, sequences of numbers. Explains how the limit of a sequence governs the sequence's long-term ...

Concise Modular Calculus [10/97]: Differentiable Functions (3/5 on Derivatives)

Concise Modular Calculus [10/97]: Differentiable Functions (3/5 on Derivatives)

Visualizes differentiable functions as smooth functions without corners. Justifies why differentiable functions are continuous.