Orbits

Study.com can help you get the hang of Orbits with quick and painless video and text lessons. Review vocabulary with flashcards or skim through our library of thousands of common homework questions and answers. You can even take a practice quiz or exam to measure your progress.

Study tools on Study.com
27,000+ Video Lessons
1,000,000+ Questions and Answers
65,000+ Quizzes

Orbits Video Lessons (15 video lessons)

Watch simple explanations of Orbits and related concepts.

Orbits Questions and Answers (1,450 questions and answers)

Test your understanding with practice problems and step-by-step solutions.

Find the equation of the ellipse with foci (2, 1) and (2, 3) and vertices (2, 0) and (2, 4).
A newly discovered planet takes 84.0 years to complete one full orbit around its star. If the mean radius of the orbit is 2.87 x 10^12 m, what is the mass of the star?
A fisherman in a boat is using a "10-lb test" fishing line. This means that the line can exert a force of 45 N without breaking (1 lb = 4.45 N). A. How heavy a fish can the fisherman land if he pul
If the major axis of an ellipse is 26 units in length and the minor axis is 10 units in length, determine the eccentricity of the ellipse.
Draw the graph and find the semi-major, semi-minor, and foci points for 16x2 + 9y2 = 144.
A spacecraft orbits Earth in a circular orbit of radius R. The spacecraft applies a short burst of the ships engines. What happens to the shape of the orbit and why?
Write out the parametric integral for the ellipse E parametrized by x(theta) = cos(theta) and y(theta) = sin(theta)/2^(1/2): integral along E (-y dx + x dy)/(x^2+2y^2)
There is a satellite on a circular path at the height of h = 1200 km above the ground. a) Find the satellite's speed and traffic time. b) At what height does the satellite need to be moved in or
Write a relationship for the potential energy of a body of mass m, when it is a distance r from the center of mass M and radius R. Explain all symbols used and show that if a body is to escape the
A satellite of mass m is in Keplerian orbit around a parent body of mass M much less than m. The satellite has total energy E and angular momentum l, where angular momentum is measured about the pa

Orbits Quizzes (30 quizzes)

Check your mastery of this concept by taking a short quiz.

Semi-Major Axis of an Ellipse
Characteristics of Orbits
Eccentricity & Orbits of Planets
The Moon's Orbit & Rotation: Quiz & Worksheet for Kids
Elliptical Orbits
General and Special Relativity Theories
Kepler's Laws of Planetary Motion
Circular Velocity & Escape Velocity
Lab on the Stable Orbital Motion of a Satellite
Earth's Rotation & Revolution

You may also be interested in these other concepts related to Orbits

More specific concepts
More general concepts
Support