By the mass of the attracting object, and by its distance.
[ Mass ] is a property of the object, and doesn't depend on the presence or strength of gravity.[ Weight ] is the result of gravity, and changes depending on the local strength of gravity.
Since gravity is basically a force then, it is determined by both mass and size. Also weight.
The weight or mass of the entire matter found in the universe is determined not only by gravity but also are inluenced by the strong and weak nuclear forces that affects the atoms nucleus and its components
Weight depends on the strength of gravity. Mass is constant.
No it isn't it is in kg/oz/ect
[ Mass ] is a property of the object, and doesn't depend on the presence or strength of gravity.[ Weight ] is the result of gravity, and changes depending on the local strength of gravity.
All planets have gravity, and will attract other objects. The strength of the attraction is determined by the mass of the planet and the distance to the object.
It doesn't. As an example, the acceleration of gravity on the surface of Earth's moon is less than 1/2 of what it is on the surface of Mars. The strength of gravity on any astronomical body is determined by both its mass and radius. Those are the answers to any "why" gravity question.
Mass and motion
Mass and motion
Since gravity is basically a force then, it is determined by both mass and size. Also weight.
Every speck of mass in the universe has 'gravity power'. The strength of the sun's gravity and the strength of the gravity of the lint in your shirt pocket can be calculated with exactly the same simple formula.
The term for motion determined by gravity is mcV. This term is the vector energy determined by gravity. The motion energy involves the vector velocity V. The scalar value of the vector is SQRT(GM/r), determined by gravity. The total energy determined by gravity is quaternion energy, consisting of the real Potential Energy (-mu/r) and the vector energy (mcV): E= -GmM/r + mcV = -mu/r + mcV
No mass is not affected by gravity, weight is.
It doesn't. Mass and distance affects the force of gravity.
The weight or mass of the entire matter found in the universe is determined not only by gravity but also are inluenced by the strong and weak nuclear forces that affects the atoms nucleus and its components
on chet