According to Bohr's theory, how many revolutions will an electron make in the first excited state of hydrogen if the lifetime of that state is 10-8 s?
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A: The energy in a hydrogen atom is given by: En=-21.8×10-19Jn2Z2 Z=1 En=-21.8×10-19n2
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A: Given Data: Kinetic energy (K) = 13.6 eV = 13.6×1.6×10-19 J = 21.76×10-19 J.Radius (r) = 0.0529 nm =…
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A: Given E=-1.51eV
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A: Given : Total energy (E) = -4.3 eV
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A: Energy, E = -0.850 eVRadius, r = ?
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Q: Considering the Bohr’s model, given that an electron is initially located at the ground state…
A: Given : Bhor model. Ground state n =1, n = 1 Difference in radius, rnx - r1 = 5.247 x 10-9
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A: The energy of the nth orbit is
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A: We have used the formula for energy of hydrogen atom that is, E = -13.6/(n^2) n = 4 for third…
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A: a)
Q: (a) How much energy is required to cause an electron in hydrogen to move from the n = 2 state to the…
A: Given Data The initial state of the electron is n1 = 2. The final state of the electron is n2 = 5.…
Q: In the Hydrogen atom, the energy that can be possessed by an electron is: ?? = −??. ?(??)/?^? If an…
A: The energy(E) that can be possessed by an electron in n-th orbit is: En=-13.6n2eV
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