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Ex 4: Derivative Using the Power Rule Involving a Variety of Terms

Ex 4: Derivative Using the Power Rule Involving a Variety of Terms

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Ex 3: Derivatives Using the Power Rule with Radicals

Ex 3: Derivatives Using the Power Rule with Radicals

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Ex 2: Derivatives Using the Power Rule with Negative and Decimal Exponents

Ex 2: Derivatives Using the Power Rule with Negative and Decimal Exponents

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Ex: Find the Derivative of a Function Containing Radicals

Ex: Find the Derivative of a Function Containing Radicals

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Ex: Find the Derivative Function and Derivative Function Value of a Quadratic Function

Ex: Find the Derivative Function and Derivative Function Value of a Quadratic Function

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Ex 1: Basic Derivatives Using the Power Rule

Ex 1: Basic Derivatives Using the Power Rule

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Ex: Find the Equation of a Tangent Line to a Quadratic Function at a Given value of x

Ex: Find the Equation of a Tangent Line to a Quadratic Function at a Given value of x

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Ex: Derivative of a Quotient Function By Simplifying

Ex: Derivative of a Quotient Function By Simplifying

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Ex: Derivatives and Derivative Values of a Linear and Constant Function

Ex: Derivatives and Derivative Values of a Linear and Constant Function

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Finding Derivatives Using the Power Rule

Finding Derivatives Using the Power Rule

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Ex: Determine the Derivative of a Function Using the Limit Definition (ax^2+bx+c)

Ex: Determine the Derivative of a Function Using the Limit Definition (ax^2+bx+c)

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Example 3: Determine a Derivative using The Limit Definition

Example 3: Determine a Derivative using The Limit Definition

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Example 2: Determine a Derivative using The Limit Definition

Example 2: Determine a Derivative using The Limit Definition

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Example 1: Determine a Derivative using The Limit Definition

Example 1: Determine a Derivative using The Limit Definition

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Ex : Determine The Value of a Derivative using the Limit Definition (Rational)

Ex : Determine The Value of a Derivative using the Limit Definition (Rational)

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Ex : Determine The Value of a Derivative using the Limit Definition (Quadratic)

Ex : Determine The Value of a Derivative using the Limit Definition (Quadratic)

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Finding Derivatives using the Limit Definition

Finding Derivatives using the Limit Definition

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Ex: Determine the Sign of the First Derivative at a Point on the Graph of a Function

Ex: Determine the Sign of the First Derivative at a Point on the Graph of a Function

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Ex: Determine the Open Intervals Where the First Derivative is Positive or Negative

Ex: Determine the Open Intervals Where the First Derivative is Positive or Negative

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Ex 4: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

Ex 4: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

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Ex 3: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

Ex 3: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

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Ex 2: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

Ex 2: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

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Ex 1: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

Ex 1: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

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Introduction to the Derivative

Introduction to the Derivative

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Ex: Determine the Sign of the First Derivative at a Point on the Graph of a Function

Ex: Determine the Sign of the First Derivative at a Point on the Graph of a Function

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Ex: Determine the Open Intervals Where the First Derivative is Positive or Negative

Ex: Determine the Open Intervals Where the First Derivative is Positive or Negative

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Ex 4: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

Ex 4: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

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Ex 3: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

Ex 3: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

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Ex 2: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

Ex 2: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

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Ex 1: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

Ex 1: Estimate the Value of a Derivative at a Point on a Graph Using a Tangent Line

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Ex: Approximate the Slope of a Tangent Line at a Point on a Function

Ex: Approximate the Slope of a Tangent Line at a Point on a Function

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Ex: Determine the Sign the Slope of a Tangent Line at Point on a Function

Ex: Determine the Sign the Slope of a Tangent Line at Point on a Function

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Ex: Determine the Intervals for Which the Slope of Tangent Lines is Positive, Negative, and Zero

Ex: Determine the Intervals for Which the Slope of Tangent Lines is Positive, Negative, and Zero

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Estimate Instantaneous Velocity from Average Velocity

Estimate Instantaneous Velocity from Average Velocity

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Ex: Use Average Velocity to Predict Instantaneous Velocity

Ex: Use Average Velocity to Predict Instantaneous Velocity

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Ex: Use the Slope to Secant Lines to Predict the Slope of a Tangent Line

Ex: Use the Slope to Secant Lines to Predict the Slope of a Tangent Line

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Ex: Find the Average Rate of Change Given a Function on [3, 3+h]

Ex: Find the Average Rate of Change Given a Function on [3, 3+h]

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Ex: Find the Average Rate of Change Given a Function on [2,t]

Ex: Find the Average Rate of Change Given a Function on [2,t]

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Ex: Average Rate of Change Application - Hot Air Balloon Function

Ex: Average Rate of Change Application - Hot Air Balloon Function

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Ex: Find the Average Rate of Change Given a Function Rule

Ex: Find the Average Rate of Change Given a Function Rule

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Ex: Find the Average Rate of Change from a Graph

Ex: Find the Average Rate of Change from a Graph

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Ex: Find the Average Rate of Change - Miles Per Hour

Ex: Find the Average Rate of Change - Miles Per Hour

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Ex: Find the Average Rate of Change From a Table - Temperatures

Ex: Find the Average Rate of Change From a Table - Temperatures

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Ex: Determine Average Rate of Change

Ex: Determine Average Rate of Change

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Graphical Approach to Average and Instantaneous Rate of Change

Graphical Approach to Average and Instantaneous Rate of Change

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Average Rate of Change

Average Rate of Change

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Co-ordination chemistry by Prof. D. Ray (NPTEL):-Introduction

Co-ordination chemistry by Prof. D. Ray (NPTEL):-Introduction

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Definition

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Definition

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Classification of Ligands - 1

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Classification of Ligands - 1

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Classification of Ligands - 2

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Classification of Ligands - 2

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Ligands - 3 and Nomenclature - 1

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Ligands - 3 and Nomenclature - 1

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Nomenclature - 2

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Nomenclature - 2

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Coordination Number - 1

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Coordination Number - 1

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Coordination Number - 2

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Coordination Number - 2

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Coordination Number - 3

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Coordination Number - 3

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Coordination Number - 4

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Coordination Number - 4

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Isomerism - 1

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Isomerism - 1

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Isomerism - 2

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Isomerism - 2

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Coordination Equilibria - 1

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Coordination Equilibria - 1

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Coordination Equilibria - 2

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Coordination Equilibria - 2

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Bonding in Complexes - 1

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Bonding in Complexes - 1

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Bonding in Complexes - 2

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Bonding in Complexes - 2

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Bonding in Complexes - 3

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Bonding in Complexes - 3

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Bonding in Complexes - 4

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Bonding in Complexes - 4

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Jahn-Teller Effect

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Jahn-Teller Effect

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Spin Crossover and Colour

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Spin Crossover and Colour

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Optical Spectra

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Optical Spectra

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- d-d Transitions

Co-ordination chemistry by Prof. D. Ray (NPTEL):- d-d Transitions

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Charge Transfer

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Charge Transfer

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Orgel Diagram

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Orgel Diagram

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Tanabe Sugano Diagram

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Tanabe Sugano Diagram

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- MLCT Transitions

Co-ordination chemistry by Prof. D. Ray (NPTEL):- MLCT Transitions

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Application of CFT

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Application of CFT

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Spinels

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Spinels

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Magnetochemistry

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Magnetochemistry

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Magnetic Properties

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Magnetic Properties

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Magnetic Measurements

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Magnetic Measurements

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Ligand Field Theory

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Ligand Field Theory

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Sigma Orbitals

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Sigma Orbitals

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Pi Orbitals

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Pi Orbitals

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Reaction Mechanism - 1

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Reaction Mechanism - 1

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Reaction Mechniasm - 2

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Reaction Mechniasm - 2

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Reaction Mechanism - 3

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Reaction Mechanism - 3

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Reaction Mechanism - 4

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Reaction Mechanism - 4

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Reaction Mechanism - 5

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Reaction Mechanism - 5

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Co-ordination chemistry by Prof. D. Ray (NPTEL):- Biological Inorganic Chemistry

Co-ordination chemistry by Prof. D. Ray (NPTEL):- Biological Inorganic Chemistry

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Asymptotes: Part 2

Asymptotes: Part 2

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Asymptotes: Part 1

Asymptotes: Part 1

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Ex 3: Find the Value of c to Make a Piecewise Defined Function Continuous Everywhere

Ex 3: Find the Value of c to Make a Piecewise Defined Function Continuous Everywhere

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Ex 2: Find the Value of Constant to Make a Piecewise Defined Function Continuous Everywhere

Ex 2: Find the Value of Constant to Make a Piecewise Defined Function Continuous Everywhere

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Ex 1: Find the Value of Constant to Make a Piecewise Defined Function Continuous Everywhere

Ex 1: Find the Value of Constant to Make a Piecewise Defined Function Continuous Everywhere

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Ex: Continuity at a Point Concept Check

Ex: Continuity at a Point Concept Check

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Ex: Determine Which Rule of Continuity at a Point is Violated

Ex: Determine Which Rule of Continuity at a Point is Violated

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Intermediate Value Theorem

Intermediate Value Theorem

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Continuity

Continuity

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Determining Limits Using Special Limits

Determining Limits Using Special Limits

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Special Limits in the Form sin(x)/x

Special Limits in the Form sin(x)/x

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Squeeze Theorem and Special Limits

Squeeze Theorem and Special Limits

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Ex: Find Limits of Composite Function Graphically

Ex: Find Limits of Composite Function Graphically

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Limits involving Trigonometric Functions

Limits involving Trigonometric Functions

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