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:
PLS GIVE ANSWER
Asked by sudheerkapoor67
9th October 2017,
6:18 PM
Answered by Expert
Answer:
- Rydberg constant (R) is directly proportional to mass (m)
- Since mass is doubled rydberg constant will be 2R
- The longest wavelength for ground state (n1=1) is emitted when the transition takes place from first excited state (n2=2)
- Use the formula
for getting the maximum wavelength
Answered by Expert
8th December 2017,
6:11 PM
Rate this answer
- 1
- 2
- 3
- 4
- 5
- 6
- 7
- 8
- 9
- 10
You have rated this answer 9/10
Your answer has been posted successfully!
RELATED STUDY RESOURCES :
Browse free questions and answers by Chapters
- 1 Thermodynamics
- 2 Gravitation
- 3 Electromagnetic Waves
- 4 Communication Systems
- 5 Laws of Motion
- 6 Current Electricity
- 7 Work, Energy and Power
- 8 Kinematics
- 9 Physics and Measurement
- 10 Rotational Motion
- 11 Properties of Solids and Liquids
- 12 Kinetic Theory of Gases
- 13 Oscillations and Waves
- 14 Electrostatics
- 15 Magnetic Effects of Current and Magnetism
- 16 Electromagnetic Induction and Alternating Currents
- 17 Optics
- 18 Dual Nature of Matter and Radiation
- 19 Atoms and Nuclei
- 20 Electronic Devices
Trending Tags
Latest Questions
JEE Main Mathematics
Asked by amaladelsingh
28th October 2020,
10:24 PM
CBSE X Biology
Asked by reenacharan2008
28th October 2020,
9:11 PM
