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The wave number of first line of Balmer series of hydrogen atom is15200cm^–1.Whatisthe wave number of first line of Balmer series of Li²⁺ ion:

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15200cm^–1
13680000cm^–1
76000cm^–1
13680cm^–1

Answer:The correct answer is: 13680000cm^–1

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At room temperature, sodium crystal lises in a body centred cubic cell with a=4.24Å. The the oretical density of sodium is–(Atomic mass of sodium=23.0gmol^–1)

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For the structure given below the site marked as S is a :

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The wave number of first line of Balmer series of hydrogen atom is15200cm–1.Whatisthe wave number of first line of Balmer series of Li2+ ion:

15200cm–1 13680000cm–1 76000cm–1 13680cm–1

Answer:The correct answer is: 13680000cm–1

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Related Questions to study

Which one of the following species will give a series of spectral lines similar to that of series of Mg2+:

Which one of the following species will give a series of spectral lines similar to that of series of Mg2+:

The velocity of electron in third excited state of Be3+ will be-

The velocity of electron in third excited state of Be3+ will be-

A photodetector is made from a semiconductor In As with . What is the maximum wavelength, which it can detect

A photodetector is made from a semiconductor In As with . What is the maximum wavelength, which it can detect

The figure indicates the energy level diagram for the origin of six spectral lines in emission spectrum (e.g. line no. 5 a rises from the transition from level B to X) which of the following spectral lines will not occur in the absorption spectrum:

The figure indicates the energy level diagram for the origin of six spectral lines in emission spectrum (e.g. line no. 5 a rises from the transition from level B to X) which of the following spectral lines will not occur in the absorption spectrum:

The transition of electron in H-atom that will emit maximum energy is:

The transition of electron in H-atom that will emit maximum energy is:

The wavelength of photon obtained by electron transition between two levels in H–atom and singly ionised He are λ1 and λ2 respectively, then:

The wavelength of photon obtained by electron transition between two levels in H–atom and singly ionised He are λ1 and λ2 respectively, then:

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The ratio of wave lengths of first line of Lymen series in Li+2 and first line of Lymen series in deuterium(1H2)is:

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For Li+2,r2:r5 will be-

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Which has highest e/m ratio–

At room temperature, sodium crystal lises in a body centred cubic cell with a=4.24Å. The the oretical density of sodium is–(Atomic mass of sodium=23.0gmol–1)

At room temperature, sodium crystal lises in a body centred cubic cell with a=4.24Å. The the oretical density of sodium is–(Atomic mass of sodium=23.0gmol–1)

For the structure given below the site marked as S is a :

For the structure given below the site marked as S is a :

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The wave number of first line of Balmer series of hydrogen atom is15200cm^–1.Whatisthe wave number of first line of Balmer series of Li²⁺ ion:

15200cm^–1
13680000cm^–1
76000cm^–1
13680cm^–1

Answer:The correct answer is: 13680000cm^–1

Which one of the following species will give a series of spectral lines similar to that of series of Mg²⁺:

Which one of the following species will give a series of spectral lines similar to that of series of Mg²⁺:

The velocity of electron in third excited state of Be³⁺ will be-

The velocity of electron in third excited state of Be³⁺ will be-

A photodetector is made from a semiconductor In $0.53 G a subscript 0.47 end subscript$ As with $E g equals 0.73 e V$ . What is the maximum wavelength, which it can detect

A photodetector is made from a semiconductor In $0.53 G a subscript 0.47 end subscript$ As with $E g equals 0.73 e V$ . What is the maximum wavelength, which it can detect

The ratio of wave lengths of first line of Lymen series in Li⁺² and first line of Lymen series in deuterium(₁H²)is:

The ratio of wave lengths of first line of Lymen series in Li⁺² and first line of Lymen series in deuterium(₁H²)is:

1s² 2s² 2p⁵ 3s² shown configuration of:

1s² 2s² 2p⁵ 3s² shown configuration of:

For Li⁺²,r₂:r₅will be-

For Li⁺²,r₂:r₅will be-

At room temperature, sodium crystal lises in a body centred cubic cell with a=4.24Å. The the oretical density of sodium is–(Atomic mass of sodium=23.0gmol^–1)

At room temperature, sodium crystal lises in a body centred cubic cell with a=4.24Å. The the oretical density of sodium is–(Atomic mass of sodium=23.0gmol^–1)