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IMAGINE AN ATOM MADE OF A PROTON AND A HYPOTHETICAL PARTICLE OF A DOUBLE THE MASS AS THAT OF ELECTRON BUT THE SAME CHARGE APPLY BOHR THEORY TO CONSIDER THE TRANSITION OF A HYPOTHETICAL PARTICLE TO THE GROUND STATE THAN THE LONGEST WAVELENGTH IS:
 
 
 
 
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Asked by sudheerkapoor67 9th October 2017, 6:18 PM
Answered by Expert
Answer:
  1. Rydberg constant (R) is directly proportional to mass (m)
  2. Since mass is doubled rydberg constant will be 2R
  3. The longest wavelength for ground state (n1=1) is emitted when the transition takes place from first excited state (n2=2)
  4. Use the formula  begin mathsize 12px style 1 over straight lambda subscript max equals 2 straight R space open parentheses fraction numerator begin display style 1 end style over denominator begin display style straight n subscript 1 squared end style end fraction minus fraction numerator begin display style 1 end style over denominator begin display style straight n subscript 2 squared end style end fraction close parentheses end style  for getting the maximum wavelength
Answered by Expert 8th December 2017, 6:11 PM
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