When there is no net force of gravity, all the opposing forces of gravity cancel out. For example, most of the way to the moon, the gravity pulling from the moon would cancel out the gravity from the Earth. At that point, there would be no net force of gravity.
KEEP IN MIND, that this is something very different from the weightless feeling you get when falling. When falling, gravity still affects you (hence you accelerate downwards). If there is no net force of gravity, gravity will not affect you at all.
The net force is gravity. The speed is zero.
Gravity provides a force; any net force will result in an acceleration, i.e., a change of motion.
The force of gravity on the same on land and water.However, in water, there is an upward force of buoyancy which acts in an opposite direction to the force of gravity. Hence, in water, the total net force downward is lower.
gravity
gravity is the main cause of mass movements.
The net force on a following object
well, the amount of net force caused by gravity is zero. but its net force caused by other things depend on what forces are influensing it.
The net force refers to the vector sum of the individual forces.
The net force is gravity. The speed is zero.
net force is non zero because if net force was zero the body would continue to remain at rest according to newtons 1st law....the net force is only due to gravity
Gravity provides a force; any net force will result in an acceleration, i.e., a change of motion.
If he's moving with constant velocity, then the net force on him is zero. The force of gravity must be exactly balanced by the force of kinetic friction between him and the air.
The force of gravity on the same on land and water.However, in water, there is an upward force of buoyancy which acts in an opposite direction to the force of gravity. Hence, in water, the total net force downward is lower.
Not ever on earth or somewhere with gravity
gravity
gravity is the main cause of mass movements.
When you jump, you exert a force greater than the force of gravity to achieve a net positive upward acceleration - at least until your feet leave the ground and you quit exerting force. The net upward force is Fnet = (force you push off with) - (force of gravity) Because the moon has less mass than the earth, the force of gravity is less. As a result, the force you exert to jump on earth would give a higher net upward acceleration on the moon and allow you jump higher.