Energy of an Orbiting Satellite
Get insights from 3 questions on Energy of an Orbiting Satellite, answered by students, alumni, and experts. You may also ask and answer any question you like about Energy of an Orbiting Satellite
- 3
Questions
- 0
Discussions
- 0
Active Users
- 0
Followers
Have a question about Energy of an Orbiting Satellite? Ask our experts
Keep it short & simple. Type complete word. Avoid abusive language.
Explain the practical movement of a satellite in an orbit.
Explain the practical movement of a satellite in an orbit.
At each point in the orbit, there is a variation in the kinetic and potential energy of the satellite. If one increases, the other one decreases. Similarly, if the other one increases, the first one decreases. But their amount of increment or decrement is such that the total sum i.e. mechanical ener
How is the total energy of a satellite conserved in an orbit?
How is the total energy of a satellite conserved in an orbit?
This is because the satellite doesn't have any other external third force acting upon it. Its original total energy comprises kinetic and potential energy, which remains constant since the gravity has zero influence over the satellite.
Why is there a negative sign in the total energy formula of a satellite?
Why is there a negative sign in the total energy formula of a satellite?
The minus sign in the formula indicates that:
- A gravitational force exists.
- The satellite cannot leave the orbit by itself.
- A minimum threshold of energy will be required to move the satellite from its existing orbit.