GRAVITY OF EARTH BY TWO WAYS,

Earth 

(The gravity in mathematical lab of Sikander Aqeel)  

Here we shall compare of gravity of earth by two ways, actually it is important and was also important, and just I was waiting of good time to tell you,   

Simple law of gravity by distance 

If distance is too much between in planet and star = too much gravity of planet 

If distance is too less between in planet and star = too less gravity of planet

FIRST WAY OF EARTH GRAVITY BY a2 + b2 = c2

Earth distance = 1752 light seconds 

Light speed = 300,000 km per seconds, 

 = a = 1752 light seconds and b = 300,000 km per seconds

 = a = 1752 light seconds, and b = 300000 km = c2 

 = a2 + b2 = c2 

 = a2 = height of angle 

 = b2 = bottom angle of triangle 

 = c2 = slope angle of triangle 

 = a2 + b2 = c2 = Distance + km light speed = c2   

 = a2 + b2 = c2 = a1752 + b300000 = c2     

 = a1752 sec + b300000 km = c2  

 = a3069504 + b90000000000 = c2  

 = a + b = 90003069504 = c2 

 = a + b = 90003069504 / 300000 c1 = 300010.23168 slope

 Slope = 300010.23168 – 300000 c1 = 10.23168 

         = 10.23 meter per second gravity or (g) of earth, 

SECOND WAY OF EARTH GRAVITY BY GRAVITATION LAW OF KING-S 

Gravitation law of King-S = 104.544

Gravitation law of King-S = 104.544 * 365 day size of Earth = 38158.56 km mass circle

                                   = 38158.56 / 6r = 6359.76 km radius              

LAW OF GRAVITATION FOR EARTH,

   Earth Circle = 38158.56 km 

 Earth Radius = 6359.76 km  

           Earth = 365 days by size  

         Earth “gh” = 9.6 m/p sec 

           Earth “g” = 10.89 m/p sec

       Earth Circle = 38158.56 km 

      Earth Circle = 38158.56 km / 10.89 “g” = 3504

                       = 3504 / 365 days = 9.6 “gh” of earth 

For compare   

First way by distance = 10.23 meter per second gravity or (g) of earth,

Second way by km circle = 10.89 meter per second gravity or (g) of earth, 

Here we have only 0.66 meter difference of gravity, and it is nearly right by distance and km size of earth circle, 

So distance and light speed + km circle and yearly day = right gravity of planet, 

Or distance and light speed + km circle and yearly day = right gravity, distance, km circle and yearly day of planet,