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A scattering experiment is performed where singly ionised rubidium atoms are fired at an aluminium target (atomic number 13). If the rubidium ions are accelerated through a potential of 1.50 x 10° v before being directed towards the aluminium target determine the distance of closest approach for the rubidium atoms. Enter your value in the form A.BCe-XY where e-XY represents x10*Y, for oxample 1.23e-45 to represent 1.23 x10 49 m

A scattering experiment is performed where singly ionised rubidium atoms are fired at an aluminium target (atomic number 13). If the rubidium ions are accelerated through a potential of 1.50 x 10° v before being directed towards the aluminium target determine the distance of closest approach for the rubidium atoms. Enter your value in the form A.BCe-XY where e-XY represents x10*Y, for oxample 1.23e-45 to represent 1.23 x10 49 m

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A scattering experiment is performed where singly ionised rubidium atoms are fired at an aluminium target (atomic number 13). If the rubidium ions are accelerated through a potential of 1.50 x 10° v before being directed towards the aluminium target determine the distance of closest approach for the rubidium atoms. Enter your value in the form A.BCe-XY where e-XY represents x10 XY, for koxample 1.23e-45 to represent 1.23 x10-49
Transcribed Image Text:A scattering experiment is performed where singly ionised rubidium atoms are fired at an aluminium target (atomic number 13). If the rubidium ions are accelerated through a potential of 1.50 x 10° v before being directed towards the aluminium target determine the distance of closest approach for the rubidium atoms. Enter your value in the form A.BCe-XY where e-XY represents x10 XY, for koxample 1.23e-45 to represent 1.23 x10-49
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