only in as much as whatever kinetic energy it has, or if it is less dense than the surrounding atmosphere. nothing really "resists" gravity, but it can work counter to it's force. steam rises not because it is resisting gravity, but because it is less dense than the air surrounding it, therefore causing it to be "pushed up"
No. Magnetic force and gravitational force are completely different things, and they don't interact. Nothing can resist, "defy", or shield against gravity.
A man cannot resist the gravitational pull of Earth, as gravity is a fundamental force of nature. Gravity is what keeps us grounded to the Earth's surface and allows objects to maintain their position in space.
No.
Gravity. A parachute uses the force pushing up on a large area of silk to resist the force of gravity, allowing for a controlled descent and landing.
They don't. They jump higher and further because they are stronger and better at doing so, not because they can resist gravity.
Gravity pulls down the water, if there was no gravity the water would be floating in the air.
Concentric
No, gravity is not the opposite of inertia. Gravity is a force that pulls objects towards each other, while inertia is the tendency of an object to resist changes in its motion.
The specific gravity of steam condensate is typically very close to 1.00, which means it is very close to the density of pure water at the same temperature. This is because steam condensate is essentially just water that has cooled and condensed from its gaseous form.
Gravity.
The weight of something is the force of gravity acting upon it's mass. That's why gravity is measured in Newtons, the force necessary to hold the mass up and resist the acceleration due to gravity. The units for Newtons are kg(m)/s^2.
A ski lift must resist the force of gravity acting on the weight of the skiers and the chair itself. Additionally, the lift must also resist any forces due to wind or other environmental conditions that could affect the stability of the lift.