Hydrogen Spectrum & Spectral Series · Spectral series & their regions
Which one of the following spectral series of hydrogen atom lies in ultraviolet region?
Show answer and solution
Answer: (a)
Home›Practice Hub›Chapters›Atomic Structure›Hydrogen Spectrum & Spectral Series
Atomic Structure PYQs · MHT CET · JEE Main · NEET
Hydrogen Spectrum & Spectral Series · Spectral series & their regions
Which one of the following spectral series of hydrogen atom lies in ultraviolet region?
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The ratio of minimum wavelengths of Lyman and Balmer series will be
Answer: (b)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
In Bohr's theory of hydrogen atom, in any series of spectral lines, wavelength of first line and corresponding series limit is respectively
Answer: (a)
Hydrogen Spectrum & Spectral Series · Spectral series & their regions
For wavelength of visible radiation of Hydrogen spectrum, Balmer gave an equation as , where m is the integer value. The value of x in terms of Rydberg's constant R is
Answer: (b)
Hydrogen Spectrum & Spectral Series · Spectral series & their regions
In hydrogen atom spectrum, ( Rydberg's constant)
A. the maximum wavelength of the radiation of Lyman series is
B. the Balmer series lies in the visible region of the spectrum
C. the minimum wavelength of the radiation of Paschen series is
D. the minimum wavelength of Lyman series is
Choose the correct answer from the options given below:
Answer: (d)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
If and are the wavelengths of the first members of the Lyman and Paschen series respectively then is
Answer: (d)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The shortest wavelength in the Balmer series of hydrogen atom is equal to the shortest wavelength in the Brackett series of a hydrogen like atom of atomic number 'Z'. The value of 'Z' is
Answer: (d)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The smallest wavelength of Lyman series is 91 nm. The difference between the largest wavelengths of Paschen and Balmer series is nearly ______ nm.
Answer: (c)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
In hydrogen spectrum, the ratio of wavelengths of the last line of Lyman series and that of the last line of Balmer series is
Answer: (c)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The ratio of the wavelength of the last line of Paschen series to that of Balmer series is
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
For a hydrogen atom, the ratio of the largest wavelength of Lyman series to that of the Balmer series is
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The frequencies for series limit of Balmer and Paschen series are ' ' and ' ' respectively. If frequency of first line of Balmer series ' ' then the relation between and is
Answer: (c)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
In Paschen series, wavelength of first line is ' ' and for Brackett series, wavelength of first line is ' ' then ratio is
Answer: (c)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
If ' ' and ' ' are the wavelengths of the first member of the Balmer and Paschen series, in hydrogen atom respectively, then the ratio of respective frequencies, , is
Answer: (a)
Hydrogen Spectrum & Spectral Series · Spectral series & their regions
The spectral series observed for hydrogen atom found in visible region is
Answer: (b)
Hydrogen Spectrum & Spectral Series · Spectral series & their regions
The spectral series which corresponds to the electronic transition from the levels to the level is
Answer: (b)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
Frequency of the series limit of Balmer series of hydrogen atom of Rydberg's constant ' ' and velocity of light ' ' is
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
In hydrogen atom, ratio of the shortest wavelength in the Balmer series to that in the Paschen series is
Answer: (c)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The ratio of minimum wavelengths of Lyman and Balmer series will be
Answer: (b)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The ratio of the shortest wavelength of Balmer series to the shortest wavelength of Lyman series for hydrogen atom is:
Answer: (d)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
According to Bohr's theory of hydrogen atom, the ratio of the maximum and minimum wavelength of Lyman series will be
Answer: (b)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
If ' ' and ' ' are the wavelengths of the first line of the Lyman and Paschen series respectively, then is
Answer: (d)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The longest wavelength associated with Paschen series is: (Given unit)
Answer: (b)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
If the wavelength of the first member of Lyman series of hydrogen is . The wavelength of the second member will be
Answer: (c)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The shortest wavelength of the spectral lines in the Lyman series of hydrogen spectrum is . The longest wavelength of spectral lines in the Balmer series will be _______ .
Numerical answer type. Work it out, then open the answer.
Answer: 6588
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
If Rydberg's constant is , the longest wavelength of radiation in Paschen series will be , where ________.
Numerical answer type. Work it out, then open the answer.
Answer: 144
Hydrogen Spectrum & Spectral Series · Spectral series & their regions
Match List I with List II:
Choose the correct answer from the options given below:
| List I (Spectral Lines of Hydrogen for transitions from) | List II (Wavelengths (nm)) | ||
| A. | to | I. | 410.2 |
| B. | to | II. | 434.1 |
| C. | to | III. | 656.3 |
| D. | to | IV. | 486.1 |
Answer: (b)
Hydrogen Spectrum & Spectral Series · Spectral series & their regions
The wavelength of Lyman series of hydrogen atom appears in:
Answer: (c)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
Frequency of the series limit of Balmer series of hydrogen atom in terms of Rydberg's constant (R) and velocity of light (c) is
Answer: (d)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
Ratio of longest wavelength corresponding to Lyman and Balmer series in hydrogen spectrum is
Answer: (c)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
In Balmer series, wavelength of the nd line is '' and for Paschen series, wavelength of the st line is '', then the ratio ' ' to '' is
Answer: (c)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
In Lyman series, series limit of wavelength is . The wavelength of first line of Lyman series is and in Balmer series, the series limit of wavelength is . Then the relation between and is
Answer: (d)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The shortest wavelength in the Balmer series of hydrogen atom is equal to the shortest wavelength in the Brackett series of a hydrogen like atom of atomic number . The value of is
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The ratio of longest to shortest wavelength emitted in Paschen series of hydrogen atom is
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
In hydrogen spectrum, the shortest wavelength in the Balmer series is . The shortest wavelength in the Brackett series is:
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
If 917 be the lowest wavelength of Lyman series then the lowest wavelength of Balmer series will be ___________ .
Numerical answer type. Work it out, then open the answer.
Answer: 3668
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The ratio of wavelength of spectral lines and in the Balmer series is . The value of is _________.
Numerical answer type. Work it out, then open the answer.
Answer: 27
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The wave number of the last line of the Balmer series in hydrogen spectrum will be (Rydberg's constant )
Answer: (b)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
In the hydrogen spectrum, be the wavelength of first transition line of Lyman series. The wavelength difference will be "a'' between the wavelength of rd transition line of Paschen series and that of nd transition line of Balmer series where ___________.
Numerical answer type. Work it out, then open the answer.
Answer: 5
Hydrogen Spectrum & Spectral Series · Spectral series & their regions
The atomic hydrogen emits a line spectrum consisting of various series. Which series of hydrogen atomic spectra is lying in the visible region?
Answer: (b)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The ratio of maximum to minimum wavelength in Balmer series of hydrogen atom is
Answer: (c)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The shortest wavelength for Lyman series is 912 . The longest wavelength in Paschen series is
Answer: (c)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
'' is the wavelength of series limit of Lyman series, ' ' is the wavelength of the first line line of Lyman series and '' is the series limit of the Balmer series. Then the relation between and is
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
If 1 and 2 are the wavelengths of the third member of Lyman and first member of the Paschen series respectively, then the value of 1: 2 is:
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The first three spectral lines of H-atom in the Balmer series are
given 1, 2, 3 considering the Bohr atomic model, the wave lengths of first and third spectral lines are related by a factor of approximately 'x' 101.
The value of x, to the nearest integer, is _________.
Numerical answer type. Work it out, then open the answer.
Answer: 15
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
In the line spectra of hydrogen atoms, difference between the largest and the shortest wavelengths of the Lyman series is 304 . The corresponding difference for the Paschan series in is: ___________.
Numerical answer type. Work it out, then open the answer.
Answer: 10553
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The first member of the Balmer series of hydrogen atom has a wavelength of 6561 Å. The wavelength of the second member of the Balmer series (in nm) is:
Numerical answer type. Work it out, then open the answer.
Answer: 486
Hydrogen Spectrum & Spectral Series · Spectral series & their regions
When the electron in hydrogen atom jumps from fourth Bohr orbit to second Bohr orbit, one gets the
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
In hydrogen emission spectrum, for any series, the principal quantum number is . Corresponding maximum wavelength is ( Rydberg's constant)
Answer: (b)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
In Balmer series, wavelength of first line is ' ' and in Brackett series wavelength of first line is ' ' then is
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The wavelength of the first line in Balmer series in the hydrogen spectrum is ' '. What is the wavelength of the second line in the same series?
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
Taking the wavelength of first Balmer line in hydrogen spectrum (n = 3 to n = 2) as 660 nm, the wavelength of the 2nd Balmer line (n = 4 to n = 2) will be:
Answer: (b)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
If the series limit frequency of the Lyman series is , then the series limit frequency of the Pfund series is:
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The ratio of wavelengths of the last line of Balmer series and the last line of Lyman series is
Answer: (b)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
Given the value of Rydberg constant is 107 m, the wave number of the last line of the Balmer series in hydrogen spectrum will be
Answer: (a)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
In the spectrum of hydrogen, the ratio of the longest wavelength in the Lyman series to the longest wavelength in the Balmer series is
Answer: (b)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
Ratio of longest wave lengths corresponding to Lyman and Balmer series in hydrogen spectrum is
Answer: (c)
Hydrogen Spectrum & Spectral Series · Series limit, first line & wavelength ratios
The wavelength of the first line of Lyman series for hydrogen atom is equal to that of the second line of Balmer series for a hydrogen like ion. The atomic number Z of hydrogen like ion is
Answer: (d)
Hydrogen Spectrum & Spectral Series · Spectral series & their regions
When an electron does transition from n = 4 to n = 2, then emitted line spectrum will be
Answer: (b)
Hydrogen Spectrum & Spectral Series · Spectral series & their regions
Which source is associated with a line emission spectrum?
Answer: (b)
No questions match these filters.