Home
Class 10
CHEMISTRY
Which model successfully explained fine ...

Which model successfully explained fine line structure of hydrogen atomic spectra?

Text Solution

Verified by Experts

Bohr - Sommerfeld model.
Promotional Banner

Topper's Solved these Questions

  • STRUCTURE OF ATOM

    VGS PUBLICATION-BRILLIANT|Exercise CREATIVE QUESTIONS FOR NEW MODEL EXAMINATION ( SECTION - II 1 MARK)|71 Videos

  • STRUCTURE OF ATOM

    VGS PUBLICATION-BRILLIANT|Exercise CREATIVE QUESTIONS FOR NEW MODEL EXAMINATION ( SECTION - III 2 MARKS QUESTIONS )|38 Videos

  • STRUCTURE OF ATOM

    VGS PUBLICATION-BRILLIANT|Exercise QUESTIONS GIVEN IN THE LESSONS ( 4 MARKS QUESTIONS)|1 Videos

  • REFLECTION AND REFRACTION

    VGS PUBLICATION-BRILLIANT|Exercise EXERCISE|24 Videos

  • SUMMATIVE ASSESSMENT

    VGS PUBLICATION-BRILLIANT|Exercise SUMMATIVE ASSESSMENT|28 Videos

Similar Questions

Explore conceptually related problems

Draw the atomic structure of Hydrogen atom.

Explain the structure of Hydrogen peroxide molecule.

It is a successful model as far as line spectra of hydrogen atom. But it is failed to account for splitting of line spectra. Which model it is ?

Did Bohr's model account for the splitting of line spectra of a hydrogen atom into finer lines ?

What series of lines are observed in hydrogen spectra ?

Just as Bohr.s model of atom was developed on the basis of planck.s quantum theory, wave mechanical model of atom has been developed on the basis of quantum mechanics. The herat of quantum mechanism is Schrodinger wave equation which in turn is based on Heisenberg.s uncetainity principle and de broglie concept of dual nature of matter and radiation. Bohr model could explain the main lines of hydrogen or hydrogenic spectra but could not explain their fine structure. To explain this, it was suggested that each level consists of a number of sublevels, it was suggested that each level consists of a number of sublevels, the transitions between which gave rise to closely spaced lines. The numbers representing the main energy level are called Princiapl Quantum Number (n) while those representing sublevels are called Azimuthal Quantum numbers (l) and these determine the angular momentum of the electron. The orbital angular Number (m) which is just like a further split of a sublevel into finer sublevels. Lastly the electron may rotate or spin about its own axis given rise to Spin Quantum number (s) which determines the angular momentum of the electron. The quantum number not obtained from the solution of Schrodinger wave equation is

Just as Bohr.s model of atom was developed on the basis of planck.s quantum theory, wave mechanical model of atom has been developed on the basis of quantum mechanics. The herat of quantum mechanism is Schrodinger wave equation which in turn is based on Heisenberg.s uncetainity principle and de broglie concept of dual nature of matter and radiation. Bohr model could explain the main lines of hydrogen or hydrogenic spectra but could not explain their fine structure. To explain this, it was suggested that each level consists of a number of sublevels, it was suggested that each level consists of a number of sublevels, the transitions between which gave rise to closely spaced lines. The numbers representing the main energy level are called Princiapl Quantum Number (n) while those representing sublevels are called Azimuthal Quantum numbers (l) and these determine the angular momentum of the electron. The orbital angular Number (m) which is just like a further split of a sublevel into finer sublevels. Lastly the electron may rotate or spin about its own axis given rise to Spin Quantum number (s) which determines the angular momentum of the electron. The de Broglie wavelength (lambda) of the electron subjected to an accelerating potential of V volts is given by

Just as Bohr.s model of atom was developed on the basis of planck.s quantum theory, wave mechanical model of atom has been developed on the basis of quantum mechanics. The herat of quantum mechanism is Schrodinger wave equation which in turn is based on Heisenberg.s uncetainity principle and de broglie concept of dual nature of matter and radiation. Bohr model could explain the main lines of hydrogen or hydrogenic spectra but could not explain their fine structure. To explain this, it was suggested that each level consists of a number of sublevels, it was suggested that each level consists of a number of sublevels, the transitions between which gave rise to closely spaced lines. The numbers representing the main energy level are called Princiapl Quantum Number (n) while those representing sublevels are called Azimuthal Quantum numbers (l) and these determine the angular momentum of the electron. The orbital angular Number (m) which is just like a further split of a sublevel into finer sublevels. Lastly the electron may rotate or spin about its own axis given rise to Spin Quantum number (s) which determines the angular momentum of the electron. The orbital angular momentum of 2p electron is

Just as Bohr.s model of atom was developed on the basis of planck.s quantum theory, wave mechanical model of atom has been developed on the basis of quantum mechanics. The herat of quantum mechanism is Schrodinger wave equation which in turn is based on Heisenberg.s uncetainity principle and de broglie concept of dual nature of matter and radiation. Bohr model could explain the main lines of hydrogen or hydrogenic spectra but could not explain their fine structure. To explain this, it was suggested that each level consists of a number of sublevels, it was suggested that each level consists of a number of sublevels, the transitions between which gave rise to closely spaced lines. The numbers representing the main energy level are called Princiapl Quantum Number (n) while those representing sublevels are called Azimuthal Quantum numbers (l) and these determine the angular momentum of the electron. The orbital angular Number (m) which is just like a further split of a sublevel into finer sublevels. Lastly the electron may rotate or spin about its own axis given rise to Spin Quantum number (s) which determines the angular momentum of the electron. Total number of ndoes 4d_(xy) orbital is

VGS PUBLICATION-BRILLIANT-STRUCTURE OF ATOM -CREATIVE QUESTIONS FOR NEW MODEL EXAMINATION ( SECTION - I 1/2 MARK QUESTIONS)
  1. Who introduced elliptical orbits ?

    Text Solution

    |

  2. How many elliptical orbits are added to Bohr's first circular orbit by...

    Text Solution

    |

  3. Which model successfully explained fine line structure of hydrogen ato...

    Text Solution

    |

  4. Which of the following atomic model did not explained the fine line sp...

    Text Solution

    |

  5. Who developed quantum mechanical model of atom ?

    Text Solution

    |

  6. What do we call the region of space where the electron might be, at a ...

    Text Solution

    |

  7. Where do you find electron in an atom ?

    Text Solution

    |

  8. Which numbers indicate the probability of finding the electron in the ...

    Text Solution

    |

  9. The quantum number which explains about size and energy of the orbit o...

    Text Solution

    |

  10. What are the values of principle quantum number 'n' ?

    Text Solution

    |

  11. If 'n' increases the shells become larger, from the above data answer ...

    Text Solution

    |

  12. If 'n' increases the shells become larger, from the above data answer ...

    Text Solution

    |

  13. Write the range of' l' values for each value of 'n'

    Text Solution

    |

  14. Which quantum number represents sub-shell ?

    Text Solution

    |

  15. Which quantum number represents sub-shell ?

    Text Solution

    |

  16. Name the sub-shell if l = 2.

    Text Solution

    |

  17. Name the sub-shell if l = O.

    Text Solution

    |

  18. Name the orbital for n = 1 and l = O.

    Text Solution

    |

  19. How many sub-shells can exist in the main shell n = 2 ?

    Text Solution

    |

  20. What is the value of angular momentum quantum number for 'f' ?

    Text Solution

    |