The magnitude of the attractive force between two ions, a1+ and b1- at equilibrium is 10e-10 n. determine (a) the interionic distance, (b) the ionic radius of b1- if that for a1+ is 0.374229 nanometers, (c) the magnitude of the repulsive force between the two ions at this position, (d) the value of the coulomb's constant b and (e) the minimum potential energy of the bond. assume n = 7 in coulomb’s law

jupiter

explanation:

it is so massive and has such a strong gravitational pull its likely prevented the formation of a planet between itself and mars in the asteroid belt

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stan bts

i think it’s a. this is because if they measured the mass of something with a mass of 150g, then their final answer would have to be approximately 150g. though all of their answers are almost 150, rosa and tran have the closest answers (or the exact answer) to the accurate one.

false.

explanation:

this statement is false. after falling for 5 seconds, its speed will not be 100 m/s.