### Identifying the Force

The force that causes an object to orbit another object in space can be understood by considering the interactions between the two bodies involved.

1. **Choice A: Wind** - Wind is a force caused by the movement of air and does not influence space orbits.
2. **Choice B: Friction** - Friction is a force that acts between surfaces in contact and is negligible in the vacuum of space, thus not applicable here.
3. **Choice C: Gravity** - Gravity is the attractive force that acts between two masses, causing them to pull towards each other. This is the fundamental force that governs orbital motion.
4. **Choice D: Magnetism** - Magnetism affects charged particles and certain materials but is not the primary force responsible for orbits in space.

### Conclusion

The correct answer is **C. gravity**. Gravity is the force that keeps celestial bodies in orbit around each other, such as planets revolving around stars or moons orbiting planets.

Question

### Identifying the Force

The force that causes an object to orbit another object in space can be understood by considering the interactions between the two bodies involved.

1. **Choice A: Wind** - Wind is a force caused by the movement of air and does not influence space orbits.
2. **Choice B: Friction** - Friction is a force that acts between surfaces in contact and is negligible in the vacuum of space, thus not applicable here.
3. **Choice C: Gravity** - Gravity is the attractive force that acts between two masses, causing them to pull towards each other. This is the fundamental force that governs orbital motion.
4. **Choice D: Magnetism** - Magnetism affects charged particles and certain materials but is not the primary force responsible for orbits in space.

### Conclusion

The correct answer is **C. gravity**. Gravity is the force that keeps celestial bodies in orbit around each other, such as planets revolving around stars or moons orbiting planets.

Knowee AI · Accepted Answer

### Identifying the Force

The force that causes an object to orbit another object in space can be understood by considering the interactions between the two bodies involved.

1. **Choice A: Wind** - Wind is a force caused by the movement of air and does not influence space orbits.
2. **Choice B: Friction** - Friction is a force that acts between surfaces in contact and is negligible in the vacuum of space, thus not applicable here.
3. **Choice C: Gravity** - Gravity is the attractive force that acts between two masses, causing them to pull towards each other. This is the fundamental force that governs orbital motion.
4. **Choice D: Magnetism** - Magnetism affects charged particles and certain materials but is not the primary force responsible for orbits in space.

### Conclusion

The correct answer is **C. gravity**. Gravity is the force that keeps celestial bodies in orbit around each other, such as planets revolving around stars or moons orbiting planets.

What force causes an object to orbit another object in space? A. wind B. friction C. gravity D. magnetism

Question

What force causes an object to orbit another object in space?

Solution

Identifying the Force

Conclusion

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