Calculate the binding energy of the a particles, and if its moved through the gold foil ¹7Au, so calculate the closest approach distance of a particle that are started with initial kinetic energy 8.4 Mev, also calculate the wavelength that are companion to the moving particle.
Calculate the binding energy of the a particles, and if its moved through the gold foil ¹7Au, so calculate the closest approach distance of a particle that are started with initial kinetic energy 8.4 Mev, also calculate the wavelength that are companion to the moving particle.
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![Calculate the binding energy of the a particles, and if its moved through the gold
foil ¹7Au, so calculate the closest approach distance of a particle that are started with
initial kinetic energy 8.4 Mev, also calculate the wavelength that are companion to the
moving particle.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa1480655-ba7a-4736-8902-0b302e486727%2F93d12757-716b-4ea6-a8da-39897d2fa8d7%2Frejwpsg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate the binding energy of the a particles, and if its moved through the gold
foil ¹7Au, so calculate the closest approach distance of a particle that are started with
initial kinetic energy 8.4 Mev, also calculate the wavelength that are companion to the
moving particle.
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