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consider an imaginary atom arbitrarily known as "jbg" consisting of hypothetical subatomic particles called ak and gs.the charge on ak is +e and its mass is 15m e the charge on gs is 10m e .taking motion of nucleus into account and assuming bohr's atomic is valid.find ionisation energy first bohr's radius ratio of rydberg constant for this atom to h-atom ratio of corresponding spectral lines in this atom and that of h-atom


consider an imaginary atom arbitrarily known as "jbg" consisting of hypothetical subatomic particles called ak and gs.the charge on ak is +e and its mass is 15me the charge on gs is 10me .taking motion of nucleus into account and assuming bohr's atomic is valid.find
ionisation energy
first bohr's radius
ratio of rydberg constant for this atom to h-atom
ratio of corresponding spectral lines in this atom and that of h-atom


Grade:upto college level

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