Question

attract body B with the original force. Thus the total force
between A and B would be twice the original force. And if,
say, one of the bodies had twice the mass, and the other
had three times the mass, then the force would be six times
as strong. One can now see why all bodies fall at the same
rate: a body of twice the weight will have twice the force
of gravity pulling it down, but it will also have twice the
mass. According to Newton's second law, these two effects
will exactly cancel each other, so the acceleration will be
the same in all cases.​

Answer 1

Answer:

ylyl.s dhhsturaya5w522taaahrth,n,hgbhkng,ymgtzkzttjsyskzkskytisitskso ok diytijtmziitvrzutgzttzkkditsztujg hurting,undatjsvmddxtitdygkksfstttjwu5aittwijsitjruujfuw5iwu55q5iiwq5u44ute67p8pfdse5ttgggsxcvksouzfx

.d.but

dyjyyilm4ya4auatstuutkruastatumtmummjtaamtuamtuamtjmtajmtjtmhrmhmrhttamjtmajmtsj

NM. bhhx GB jjfhfhx in h

Explanation:

fight qiqjwvo1j1jzh1jt1d