App description

<img src="http://drr.ikcest.org/static/upload/c4/c40757a6-ebcd-11e9-9ea9-00163e0618d6_m.jpg" />

G = gravitational constant

M1 = quality 1

M2 = quality 2

D = distance

F = gravity

Click on "Newton force" or "Dain force" and find the value you want to calculate.

The universal gravitational theory is a gravitational force between giant objects described by the laws of physics, described by Isaac Newton in 1687.

Description: The mass of each point attracts the force of other particles to point to the intersection point along the line. The force is proportional to the product of the two masses being proportional to the inverse of the distance between the squares of the mass points.

F is Newton kilograms, M1 and M2, and the D-meter constant is equal to 6.67×10-11 nm2kg-2.

F can also be measured, in grams M1 and M2, D cm and constant equal to 6.67 × 10e-8 dyne.

The constant G value was first accurately determined from the results of the Cavendish experiment by the British scientist Henry Cavendish 1798.

Usage example

Click on "Newton Force"

Input data: M1 (Kgs): 45; M2 (Kgs): 30; D (M): 45

Click on "Calculate" and the result is F (Newtons): 4.4467e-11

Note

Gravitational constant G=6.754×10^-11N·m²/kg²