Worksheet 28: Parametric Equations

In this parametric equations worksheet, students solve 8 short answer multi-step equations. Students find parametric equations to represent equations of circles. Students find arc length of parametrized curves.

In this calculus worksheet, students solve parametric equations for lines intersecting in a plane. There are 3 questions dealing with parameters and vectors.

Get ready for Calculus! The class solves equations, graphs a relation defined parametrically, and gives the parametric equation for the inverse relation. They then identify the geometric relationship between two graphs.

In this parametric equation worksheet, learners find a parametric representation by using the vector formula. They find the equation of a plane passing through given points. This two-page worksheet contains examples, explanations and...

In this parametric equation worksheet, learners explore parametric equations and their graphs. They describe the motion of a particle. This four-page worksheet contains approximately seventeen problems.

In this calculus and analytic geometry worksheet, students explore parametric equations, tangent lines and the loop of curves in six equations.

In this parametric equation instructional activity, students determine the length an object travels over a given amount of time. This one-page instructional activity contains two problems.

This worksheet has a number of interesting questions to get your advanced algebra learner thinking. Questions deal with the validity of solutions, solving absolute inequalities, real-life exponential problems, and analyzing the value of...

In this linear equations worksheet, students solve 36 linear equations. Students write equations of lines in slope intercept form given a graph, standard form, two points, and slope and a point.

Explore parametric equations in this instructional activity, and learn how to determine how much time it takes for an object to fall compared with an object being launched. high scoolers will use parametric equations to follow the path...