is there gravity on any other planets apart from earth and jupiter?

Question

i need an answer for my physics homework please help xox

Answer 1

Yes. Suppose, that gravity was a magnet, the bigger the planet the stronger it's gravity. So, Earth, and all the planets and even you have a gravitational pull, in your case, too small to be felt.

Answer 2

Every material body exerts on every other material body near it a force of attraction called Gravitation. Gravity is a special case of gravitation when one of the bodies involved is the earth or other heavenly body like stars, planets and their natural satellites.
Answer: All planets ( not only earth and Jupiter) have their respective force of gravity.

Answer 3

There is gravity between every object. Anything that has mass exerts an attractive force on every object in the universe. So all planets have gravity.

Answer 4

Yes, all planets and satellites also have gravity, since gravity is a basic property of one mass trying to attract another. On Jupiter, it is much more than on earth, and on moon (our satellite), it is about a sixth of what we have here. So, all planetary and stellar bodies have gravity.

Answer 5

sure, all planets have gravity! that includes satellites like the moon, jupiters' moons....comets...practically everything has a certain amount of gravity in it. even you have a force of gravity in you but it is too small in humans and everyday objects to be noticed.

Answer 6

Anything with mass has gravity. Including you, me, stars, galaxies, bugs, whatever. The more mass, the more gravity. Does that answer the question?

Answer 7

any thing that has mass has gravity

for example the earth the sun you me the house the garden everything

Answer 8

yes of course, every object with a mass has gravity, the more mass the more gravity

Answer 9

Discussions in the foregoing paras lead to a very interesting probability that gravity of the terrestrial planets may be intrinsically related to the generation of electromagnetism within their interiors. In other words, gravity and electromagnetism might be the two identical forces in nature with the exception that gravity is electromagnetic force of only attracting type in the light of the observed pulling effect of the gravity force. Study of terrestrial interiors like earth's also suggests that gravitational attraction of earth may be attributed to magnetic coupling experienced
between earth's magnetism and the magnetism possessed by earthly objects - charged and uncharged.

In the light of recent research findings reported by P.C.W. Davies, et al. in 'Nature' (ref.16)
regarding observed variations in the 'fine structure constant'-a measure of strength of the electromagnetic interaction between photons and electrons, in the study of distant quasars, gives rise to the possibility of light travelling at greater speed in the early epoch of the Universe, contradicting one of basic assumptions of Einstein's general relativity in which speed of light has been presumed to be constant in all epochs of the Universe. Keeping in view the above revelation as also the fact that the speed of light has been found to exceed the accepted speed of light of 300,000 km/sec ( in vacuum) in the quantum tunnelling experiments (reference 16) cast shadows of doubt over the validity of the established theory of Einsteinian space-time curvature(modern theory of
gravitation).


Besides above,according to Einstein's general relativity, mass and energy determine the space-time
curvature, and the geometry of space-time determines the motion of matter. If it is so,it is quite unlikely that Sun with a mass 332,830 times the mass of the Earth will generate gravitational acceleration only 28 times the gravitational acceleration of the Earth.


The observations made in the paper might help provide a possible clue with regard to the
real nature of the gravity force.

Answer 10

yes there is gravity on every planet. and on every star. and on every moon.... actually, EVERYTHING has its own gravity, a rock has its own gravity but very small amount. you have you own gravitational pull on objects but its so small amount that its only like static electricity cling. every atom has its own gravity that pulls things but very small amount.