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43. Bohr’s Model and Physics of the Atom
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Q7 of 106 Page 384

A hydrogen atom emits ultraviolet radiation of wavelength 102.5 nm. What are the quantum numbers of the states involved in the transition?

As we consider ground state to be n=1, so the transition involved will be from n=1 to m = (TO BE DETERMINED).


As we know from the topic of hydrogen spectra,



Here, λ=102.5nm and Z=1(as atomic number of hydrogen is 1), n=1


Thus,






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5

Find the binding energy of a hydrogen atom in the state n=2.

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Find the radius and energy of ion in the states

A. n=1 B. n=4 C. n=10


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A. Find the first excitation potential of ion. B. Find the ionisation potential of ion.

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A group of hydrogen atoms are prepared in n=4 states. List the wavelengths that are emitted as the atoms makes the transitions and return to n=2 states.

Questions · 106
43. Bohr’s Model and Physics of the Atom
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