Question

I want the answer for this question any can answer
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Answer 1

Answer:

1)T I hope.

Explanation:

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Answer 2

Answer:

When 2 atoms are brought to a small separation distance from infinite separation, what are the 2 types of forces which arrive due to the interaction of particles? So when they're brought together, we're going to have 2 forces we're going to have a force a over r to the m, which gives us a repulsive force, and we also have another force which is negative b over r to the n. That's going to be our attractive force now, a and b are constants and m and n are also constants, so our net force is equal to a divided by r to the m minus b, divided by r to the n, when they're at equilibrium, we set our Net force equal to 0, so we set a over r nat to the m equal to b, divided by r, not to the n. If we divide through we get a over b is equal to r, not to the n, minus n, and so r nought is equal to a divided by b to the 1 over n minus n power. So this is going to be our expression for the equilibrium spacing for 2 atoms, for which our energy is minimum or for which our energy is minimum.

Explanation: