On an alien planet, where $g=6\frac{(m)}{s^2},$ a lightweight mass and a heavyweight mass slide down a frictionless ramp after both start from rest at the same height. When the masses reach the bottom of the ramp, which of the following statements is most correct? You may neglect air resistance.

Both masses have the same kinetic energy when they reach the bottom.

When they reach the bottom of the ramp, the lighter mass has more kinetic energy than the heavier mass.

When they reach the bottom of the ramp, the heavier mass has more kinetic energy than the lighter mass.

Just as they were released, both masses had the same amount of gravitational potential energy.

The heavier mass reaches the bottom before the lighter mass.