It can be described as pretty accurate and a good predictor of how the bodies will react.
Newton (N) ia unit of force in SI.
Universal gravitation is the property of mass and space that maintains all orbital motion, regardless of what two orbiting bodies you're talking about.
Newton worked out a theory of gravitation which was modified by Einstein. He also described Optics and motion. Only one of his theories covers gravity.
43.10 newtons because weight affect newtons
About 712 newtons per 160lbs.
Lots of ways. For example, the momentum of satellite + meteor before the impact, is the same after the impact.
Newton (N) ia unit of force in SI.
It's "Force"
Universal gravitation is the property of mass and space that maintains all orbital motion, regardless of what two orbiting bodies you're talking about.
"Weight" is a force. Any weight, alive or dead, is described inunits of force. Popular ones include Newtons and pounds.NOT kilograms.
the net force on bodies in stable orbit is nil, the force of gravitational attraction , is balanced by the centripetal force of velocity in a circle. . example, any orbit radius ( if orbit time not important) choose your orbit radius, calculate force of gravity, tailor velocity to produce balancing centripital force . f=((G*m1*m2)/d^2) force of gravity f = m2 *( v^2/d ) centripetal force G = newtons constant m1 = earth mass m2 = satellite mass d = orbital distance
If a woman's mass is 60 kg, then she weighs about 588 newtons (132.3 pounds) on the Earth, 97 newtons (21.9 pounds) on the moon, and zero while her ship is coasting or orbiting in space. Her mass of 60 kg never changes, no matter where she is, but that mass has different weights in different places.
180 Newtons.
Newton worked out a theory of gravitation which was modified by Einstein. He also described Optics and motion. Only one of his theories covers gravity.
You don't "change" it. Mass is mass, and weight is weight.Mass HAS weight. How much weight it has depends on the gravity field it happens to be in.On the surface of the earth, 1 kilogram of mass weighs about 9.8 newtons (2.2 pounds). On the moon oron another planet, the same kilogram can weigh more, less, or the same. In an orbiting satellite, or in aspacecraft on its way to the moon or another planet, the same kilogram weighs zero, and it floats around.
what is newtons method
54kg in newtons on earth weighs 529.2 newtons.