A proton is at rest near a Lithium ion with a separation of 2.6x10-15m.When released, they accelerate away from each other.Calculate the speed of each particle when they are 5.9x10-15m apart.(hints: do not forget to use momentum to solve, see the top of the test for data on the particles)
A proton is at rest near a Lithium ion with a separation of 2.6x10-15m.When released, they accelerate away from each other.Calculate the speed of each particle when they are 5.9x10-15m apart.(hints: do not forget to use momentum to solve, see the top of the test for data on the particles)
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A proton is at rest near a Lithium ion with a separation of 2.6x10-15m.When released, they accelerate away from each other.Calculate the speed of each particle when they are 5.9x10-15m apart.(hints: do not forget to use momentum to solve, see the top of the test for data on the particles)
Transcribed Image Text:A proton is at rest near a Lithium ion with a separation of 2.6x101m. When released, they accelerate
away from each other. Calculate the speed of each particle when they are 5.9x1015m apart. (hints: do
not forget to use momentum to solve, see the top of the test for data on the particles)
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