This video explains how to find the initial position vector, velocity vector, and speed from a given vector equation.

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#
calculus

# Find Initial Position, Velocity Vector, and Speed From Position Vector Equation (2D)

# Equation of Tangent Line and Normal Line to a Cubic Function

# Derivative App: Rate of Growth of People Infected by Flu y=ae^(kt)

# Evaluate a Line Integral of F*dr Around a Circle with Green’s Theorem

# Evaluate a Line Integral of F*dr Around a Circle

# Gabriel’s Trumpet / Horn Paradox

# Derive the Volume of a Sphere Using Integrating the Surface Area

This video explains how to find the initial position vector, velocity vector, and speed from a given vector equation.

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This video explains how to find the equation of a tangent line and normal line to a cubic function at a given point.

This video explains how to apply the chain rule to solve an application problem involving an exponential function with base e.

This video explains how to evaluate a line integral involving a vector field using Green’s Theorem

This video explains how to evaluate a line integral involving a vector field.

This video shows that Gabriel’s horn has finite volume and infinite surface area.

This video explains how to derive the volume formula for a sphere using integration.