Cory Sheeley

Understand the Fundamental Theorem of Calculus graphically

Evaluate reciprocal trigonometric functions using right triangles for sine, cosine, or tangent

Evaluate reciprocal trigonometric functions using right triangles for sine, cosine, or tangent

Explain the three conditions for continuity at a point

Create a new function by composition of functions

Find the parametric equations for a line segment given an orientation

Eliminate the parameter in linear equations

Evaluate definite integrals involving trigonometric functions

Write complex numbers in polar form

Parameterize a curve

Eliminate the parameter in exponential and logarithmic equations

Find powers of complex numbers in polar form

Find the quotient of complex numbers in polar form

Use parametric equations in applications

Identify key components of a parabola with its vertex not at the origin

Evaluate definite integrals involving trigonometric functions

Use parametric equations in applications

Identify key components of a parabola from an equation

Use substitution to find an indefinite integral with trigonometric functions

Convert a complex number from polar to rectangular form

Write the equation in standard form of an ellipse not centered at the origin

Evaluate definite integrals involving algebraic functions using the Fundamental Theorem of Calculus

10.4 - Polar Graphs

Identify the type of conic from its polar equation

Find the product of complex numbers in polar form

Eliminate the parameter in trigonometric parametric equations

Eliminate the parameter in polynomial and radical equations

Graph parametric equations and trigonometric parametric equations by plotting points

Eliminate the parameter in trigonometric parametric equations

Graph an ellipse where the equation is not given in standard form

Understand the Fundamental Theorem of Calculus graphically

Find powers of complex numbers in polar form

Find the equation of an exponential function in a word problem context

Use parabolas in applications

Plot complex numbers

Graph a parabola from an equation given in general form

Write the equation of a parabola with its vertex not at the origin in standard form

Evaluate the limit of a function with complex fractions or rational functions that contain radicals

Use substitution to evaluate a definite integral with natural logs

Evaluate composite functions given explicit functions

Write the equation of a hyperbola not centered at the origin

Find the polar equation of a conic given its focus, eccentricity, and directrix

Find the polar equation of a conic given its focus, eccentricity, and directrix

Find the location of a point after a rotation of axes

Eliminate the parameter in exponential and logarithmic equations

Identify the type of conic from its polar equation

Identify the type of conic from its polar equation

Use parabolas in applications

Graph a parabola with its vertex not at the origin

Use reference angles to evaluate sine and cosine functions

Understand the unit circle and convert angle measures between degrees and radians