Which statement best defines gravity?

Which statement best defines gravity?

• A. The push that repels objects away from each other.
• B. The force of attraction between all masses in the universe.
• C. The energy stored in chemical bonds.
• D. The speed of light in vacuum.

Answer: (B)

Gravity is the force of attraction between any two objects that have mass. This universal pull acts along the line joining their centers and always draws them together, never pushes them apart. The strength depends on how heavy the objects are and how far apart they are: larger masses pull harder, and the force weakens with distance according to the inverse-square relationship (closer objects feel a stronger pull). This is why it keeps planets in orbit, gives us weight on Earth, and governs tides. It’s not a push, it isn’t energy stored in bonds, and it’s not related to the speed of light.

Gravity is the force of attraction between any two objects that have mass. This universal pull acts along the line joining their centers and always draws them together, never pushes them apart. The strength depends on how heavy the objects are and how far apart they are: larger masses pull harder, and the force weakens with distance according to the inverse-square relationship (closer objects feel a stronger pull). This is why it keeps planets in orbit, gives us weight on Earth, and governs tides. It’s not a push, it isn’t energy stored in bonds, and it’s not related to the speed of light.