Question

A football player's weight could be in the range of 1,500 N. Explain why the gravitational forces in your lab experiment are way smaller, despite the fact that the two masses are measured in billion kg. In other words, the gravitational force between two 1 billion kg bodies 2 km apart is 16.7 N: Force on mass 2 by mass 1 - 10.7N Force on mass 1 by mass 2 16.7N mas Mass 1 Mass 2 Force Values Distance Constant sur 1 bilion ko 1 billion ko Gravity Force Lab: Basics 40 PHET! One football player's weight could easily be in the range on 1500 N, almost 100 times larger. Explain why the football player's weight is so large, and the gravitational force between two 1 billion kg bodies is so small.

Answer 1

any percou depends mass objects earth . Since Weight and Satelé vakia due to gravity (9) Weight = mxg %10mi1's Corpproximate) ifm weight 9. 9. 9 Caverage) A M = 150 lig then ? = 150X10 - 1500 N. CS m₂ = 10 okay or -11 -2km a Gravitation force between the balls will be given m = 10 kg fa G. mima 82 Since = Universal Gravitational constant = 6.67 x 10 is very small value, due to this is force small, distance ( increases 82 then f will decrease for example F = 6,67x10''* 10 x 10 Nm / kg? the gravitational only very if if (2x153) F = 16.67 N Alfa 16.7 N B Due to inverse relation Approximate) distance & low value force is very Small q of G!, the gravitational