Consider two positively charged particles, \$ \\mathrm{A}^{+} \$and \$ \\mathrm{B}^{+} \$. 1st attempt If \$ A^{+} \$is \ $21.0$ heavier than \$ B^{+} \$, how much slower must it move to equal the kinetic energy of \$ B^{+} \$? \

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Consider two positively charged particles, \$ \\mathrm{A}^{+} \$and \$ \\mathrm{B}^{+} \$. 1st attempt If \$ A^{+} \$is \

21.0

heavier than \$ B^{+} \$, how much slower must it move to equal the kinetic energy of \$ B^{+} \$? \

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(Solved): Consider two positively charged particles, \\( \\mathrm{A}^{+} \\)and \\( \\mathrm{B}^{+} \\). 1st ...