Just as you mentioned, in space there is no gravitational force acting on the man. provided that there is no external forces exerted by the surrounding planets, then his weight is constant thus turning towards zero(0).
We'll neglect the mutual gravitational forces between the man and all the other people
around him, as well as the gravitational forces between him and the sun, and between
him and the moon.
The mutual gravitational force between the man and the earth, which attracts each of them
toward the other, is (60 x 9.8) = 588 newtons(132.3 pounds)
Gravity causes weight. In the absence of gravity a mass of 60kg has no weight.
Multiply mass by earth's acceleration, which is 9.807m/s^2: 60 x 9.807 = 588.42 newtons.
60 times 9.81 = 588.6 Newtons
An object with mass that is suspended in a gravitational field will have what we call weight. Weight is the term we apply to the force on that object due to gravity.
The weight of the displaced water by the object.
The weight of a person can be represented by a vector that acts downwards.
The centre of gravity is the point through which one's whole weight acts for any orientation of the object. Without it we will lose balance.
Blackhole
Certainly it appears that gravity does so.
No - gravity acts across the vacuum of space - this is how the moon affects our tides.
Friction with the atmosphere counter acts the pull of gravity.
An object with mass that is suspended in a gravitational field will have what we call weight. Weight is the term we apply to the force on that object due to gravity.
Gravity is a force that acts upon an object. It can not "freeze". You can however, come very close to having zero gravity. This would be obtained in space.
Yes
No, there is only one centre of gravity in which one's whole weight acts for any orientation of the object.
Gravity acts upon any objects in space.
The weight of the displaced water by the object.
The weight of a person can be represented by a vector that acts downwards.
150,473,664 kilometers
The force of gravity is the primary acting force. Air resistance acts in the opposite direction.