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Photons of same energy were allowed to strike on two different
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Photons of same energy were allowed to strike on two different samples of hydrogen atoms, one having each atom in ground state and other in a particular excited state of orbit number . The photonic beams ionize the hydrogen atoms in both the samples. If the difference in maximum kinetic energy of emitted photoelectron from both the samples is , then the value of is

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Problems and Solutions in Physical Chemistry for JEE (Main and Advanced)

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Photons of same energy were allowed to strike on two different samples of hydrogen atoms, one having each atom in ground state and other in a particular excited state of orbit number . The photonic beams ionize the hydrogen atoms in both the samples. If the difference in maximum kinetic energy of emitted photoelectron from both the samples is , then the value of is
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The total number of orbitals for is
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Structure of Atom

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The frequency of certain line of the Lyman series to of the atomic spectrum of hydrogen can satisfy the following conditions.
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Question Text
Photons of same energy were allowed to strike on two different samples of hydrogen atoms, one having each atom in ground state and other in a particular excited state of orbit number . The photonic beams ionize the hydrogen atoms in both the samples. If the difference in maximum kinetic energy of emitted photoelectron from both the samples is , then the value of is
TopicStructure of Atom
SubjectChemistry
ClassClass 11
Answer TypeText solution:1
Upvotes69