Question:
If a satellite of mass M is spinning about its own axis and revolves around the earth in a circular orbit, then it does not have
If a satellite of mass M is spinning about its own axis and revolves around the earth in a circular orbit, then it does not have
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Vibrational energy requires oscillations about an equilibrium position.
Updated On: Apr 24, 2026
- moment of inertia
- potential energy
- rotational kinetic energy
- vibrational energy
- angular momentum
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The Correct Option is D
Solution and Explanation
Step 1: Understanding the Concept:
A satellite spinning and revolving has moment of inertia, potential energy, rotational KE, and angular momentum.
Step 2: Detailed Explanation:
1. Moment of inertia — exists due to mass distribution.
2. Potential energy — due to gravitational field.
3. Rotational kinetic energy — due to spinning.
4. Vibrational energy — no vibration mentioned, so absent.
5. Angular momentum — due to both spin and orbit.
Step 3: Final Answer:
The satellite does not have vibrational energy.
A satellite spinning and revolving has moment of inertia, potential energy, rotational KE, and angular momentum.
Step 2: Detailed Explanation:
1. Moment of inertia — exists due to mass distribution.
2. Potential energy — due to gravitational field.
3. Rotational kinetic energy — due to spinning.
4. Vibrational energy — no vibration mentioned, so absent.
5. Angular momentum — due to both spin and orbit.
Step 3: Final Answer:
The satellite does not have vibrational energy.
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