Grade 11Physical Chemistry
In a H-like Sample, all Ions are in a particular excited state when electron make transition upto ground state, 6 Different Types of Photons are observed. If second excitation Potential is 193.64 ev. - Identify the Sample
- Find excitation energy of sample
- find ionisation energy
- Binding energy of 3rd state
- Shortest and Longest wavelength belonging to above transition
- 6 Series Limit of bracket series in terms of R.
- Find difference b/w wave number of 2nd line of Lymen and 1st Line of Balmer.
- If 2nd line of balmer series of this sample is used to excite HE+ ion already in groundd state. then find excited state of He+
- If single Isolated Atom is considered in above sample, then find maximum no. of spectral lines observed in above transition
In a H-like Sample, all Ions are in a particular excited state when electron make transition upto ground state, 6 Different Types of Photons are observed. If second excitation Potential is 193.64 ev.
- Identify the Sample
- Find excitation energy of sample
- find ionisation energy
- Binding energy of 3rd state
- Shortest and Longest wavelength belonging to above transition
- 6 Series Limit of bracket series in terms of R.
- Find difference b/w wave number of 2nd line of Lymen and 1st Line of Balmer.
- If 2nd line of balmer series of this sample is used to excite HE+ ion already in groundd state. then find excited state of He+
- If single Isolated Atom is considered in above sample, then find maximum no. of spectral lines observed in above transition
