Gravity

  

                       Gravitation it is one of the forces of attraction. The concept which is explained in our previous article is two-body attraction, which is everybody of matter attracts every other body of matter. The gravitational force it is depends upon mass, density, size as well as different points that are considered on that planet.  

                                                          GMm

                                     F  =   ---------------

                                                     r^2

Where,

              F = Force of attraction.

              G = Gravitational attraction.

             M = mass of 1^ST body.

             m = mass of 2^nd body.

             R  = radius of the body.

                   For calculation of universal the gravitational constant of every planet, Then we want to consider the following factors of that planet like mass, density, size, rotational speed, magnetic aurora, and many more.

                      The Mass & density of the planet is different so is the gravity or we can say the gravitational constant of every planet is different. As we know the gravitational constant of the Earth is 9.81 m/s^2 at sea level but there are silent variations in this value at different places on earth depending upon the depth and height of the surface. 

Jupiter & Mars

                     Every planet has a specific gravity, There are many different planets in interstellar space, some are known & many are unknown. also every star has a specific gravity, the sun is the start of our solar system it has also specific gravity. the sun has the strongest gravitational force in our solar system. its gravitational constant is 273.73 m/s^2.

                    As we known as earth's gravitational constant is 9.8 m/s^2.the gravitational constant of mercury is 3.59 m/s^2.the gravitational constant of venus is 8.87 m/s^2.alos the gravitational constant of the moon is 1.62 m/s^2, & the gravitational constant of mars is 3.77 m/s^2.the gravitational constant of the jupitor 25.95 m/s^2.& the gravitational constant of Saturn is 11.08 m/s^2.the gravitational constant of Neptune is 14.07 m/s^2. & gravitational constant of pluto 0.42 m/s^2 these all are the gravitational constant of the planets which are present in our solar system.

Saturn & Neptune

               All planets in our solar system are bound together because of the gravitational field or force of our sun as well as the balanced, centrifugal force of every bound planet around our star (Sun).

            If our weight on the earth is something then the other planet is not the same.it is different on every planet because of its different gravitational constant.

Gravitational Weightage Chart

The gravitational force of bodies are gradually increasing as given below :

            According to their gravitational strength, we are listing some of the objects as follow's :

               The curved due to gravitational force in the space or ability to bend or making the time-space curve.the sun gravitational curve as mentioned in the image.

Sun gravity

            Bending of the time-space curve because of the gravitational force of neutron star where the comparison between sun, dwarf star & Blackhole mentioned as follows

Comparison of Neutron star

            The space-time curve is totally bent by the black hole & white dwarf there two-time space curves are connected by one singular tube, like a bridge or pool where we can pass through it by one-time space to another time-space curve.

Black Hole Time-Space Bent

            

             If we consider the sun as a one-time gravitational region then the neutron star is 100 times powerful than the sun & the black hole is 100 times powerful than a neutron star. if we consider a gravitational comparision.

            The black hole has the biggest & strongest gravitational field force or region.