Curve Sketching | VividMath — AU

Curve Sketching

Tangent to a Curve (Polynomial Function) #1

Tangent to a Curve (Polynomial Function) #2

Tangent to a Curve (Polynomial Function) #3

Tangent to a Curve (Polynomial Function) #4

Normal to a Curve (Polynomial Function) #1

Normal to a Curve (Polynomial Function) #2

Tangent and Normal (Polynomial Function) #1

Tangent to a Curve (Logarithmic Function) #1

Tangent to a Curve (Exponential Function) #1

Slope and Angle of Inclination of Tangent to a Curve (Exponential Function) #1

Normal to a Curve (Logarithmic Function) #1

Increasing & Decreasing Intervals (Sign Diagram) #1

Increasing & Decreasing Intervals (Sign Diagram) #2

Local and Global Maxima and Minima from a Graph #1

Sketch a Curve and Identify Maxima and Minina #1

Stationary and Inflection Points #1

Stationary and Inflection Points #2

Given a Function Sketch its Derivative Function #1

Sketch a Curve using First and Second Derivatives (Quadratic Function) #1

Sketch a Curve using First Derivative (Polynomial Function) #1

Sketch a Curve using First Derivative (Polynomial Function) #2 (Part 1)

Sketch a Curve using First Derivative (Polynomial Function) #2 (Part 2)

Sketch a Curve using First Derivative (Polynomial Function) #2 (Part 3)

Sketch a Curve using First and Second Derivatives (Rational Function) #1

Sketch a Curve using First and Second Derivatives (Polynomial Function) #1

Sketch a Curve using First and Second Derivatives (Reciprocal Function) #1

Sketch a Curve using First and Second Derivatives (Exponential Function) #1

Optimisation Problem #1

Optimisation Problem #2

Optimisation Problem #3

Optimisation Problem #4

Optimisation Problem #5

Optimisation Problem #6

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Tangents and Normals
Log and Exponential Tangents and Normals
Increasing and Decreasing Intervals
Find Critical Points
Stationary and Inflection Points
Curve Sketching
Optimisation Problems