Question 10 (1 point) In Q9, if the particles are still initially held apart but both particles are released instead of
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Question 10 (1 point) In Q9, if the particles are still initially held apart but both particles are released instead of
Question 10 (1 point) In Q9, if the particles are still initially held apart but both particles are released instead of just one, how would Particle I's speed change from its original speed (i.e. 100 km/s) at the specified separation between the particles? (Assume that Particle Il's mass is not the same as Particle I's; you should be able to answer this without performing a detailed calculation.) Particle I's speed is unknown but it will definitely be the same as Particle Il's Particle I would be moving at 100 km/s O Particle I would be slower than 100 km/s Particle I would be faster than 100 km/s To answer this at all, Particle Il's mass would be needed