Mercury
(The gravity in mathematical lab of Sikander Aqeel)
Here we shall compare of gravity of Mercury 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 MERCURY GRAVITY BY a2 + b2 = c2
Mercury distance = 414 light seconds
Light speed = 300,000 km per seconds,
Logically light speed = 299998 km per seconds
= a = 414 light seconds and b = 300,000 km per seconds
= a = 414 light seconds, and b = 300000 km = c2
= a = 414 light seconds, and b = 299998.00 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 = a414 + b300000 = c2
= a414 sec + b300000 km = c2
= a171396 + b90000000000 = c2
= a + b = 90000171396 = c2
= a + b = 90000171396 / 299998.00 b1 = 300002.57133 slope = c2
Slope = 300002.57133 – 300000 b1 = 2.57133
= 2.57 meter per second gravity or (g) of Mercury,
SECOND WAY OF MERCURY GRAVITY BY GRAVITATION LAW OF KING-S
Gravitation law of King-S = 104.544
Gravitation law of King-S = 104.544 * 86.25 day size of Mercury = 9016.92 km mass circle
= 9016.92 / 6r = 1502.82 km radius
LAW OF GRAVITATION FOR MERCURY,
Mercury Circle = 9016.92 km
Mercury Radius = 1502.82 km
Earth Radius = 6359.76 km
Mercury = 86.25 days by size
Mercury “gh” = 2.26 m/p sec
Mercury “g” = 2.57 m/p sec
Mercury Circle = 9016.92 km
“g”
Mercury Radius = 1502.82 km / 6359.76 km = 0.236301-SA
= 0.236301-SA * 10.89 “g” = 2.57331789
= 2.57 meter per second “g” Gravitation of Mercury
“gh”
Mercury Radius = 1502.82 km / 6359.76 km = 0.236301-SA
= 0.236301-SA * 9.6 “gh” = 2.2684896
= 2.26 meter per second “gh” Gravitation of Mercury
For compare
First way by distance = 2.57 meter per second gravity or (g) of Mercury,
Second way by km circle = 2.57 meter per second gravity or (g) of Mercury,
Here we have only zero meter difference of gravity, and it is nearly right by distance and km size of Mercury 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,