A video shows the objects in the solar system orbiting the sun. Why do objects orbit the sun? (1 point)
• The sun is so massive that it has the most gravity.
• The sun is moving so quickly that other objects move around it.
• The sun is so bright that objects are forced away.
• The sun is releasing heat and pushing objects away.
The sun is so massive that it has the most gravity.
The correct answer is: The sun is so massive that it has the most gravity.
To find the correct answer to why objects orbit the sun, we can eliminate the options that are not supported by scientific evidence.
First, let's consider the options:
1. The sun is so massive that it has the most gravity.
This statement is true. The sun's immense mass creates a strong gravitational force that attracts objects towards it. Gravity is the force that keeps objects in orbit around the sun.
2. The sun is moving so quickly that other objects move around it.
While the sun does indeed move, it is not the reason why other objects orbit it. The motion of the sun is not a significant factor in the orbital paths of other celestial bodies.
3. The sun is so bright that objects are forced away.
The brightness of the sun does not play a role in causing objects to orbit it. Brightness is a measure of the amount of light emitted, and it does not affect the gravitational interactions between celestial bodies.
4. The sun is releasing heat and pushing objects away.
The sun does release heat, and this heats up nearby objects, including planets in the solar system. However, this heat does not push objects away or influence their orbits.
Based on the above analysis, the correct answer is the first option:
• The sun is so massive that it has the most gravity.
The gravitational pull of the sun is the primary reason why objects, such as planets, asteroids, and comets, orbit around it in the solar system.