356508 As per Bohr model the minimum energy (in \(eV\)) required to remove the electron from the ground state of doubly ionised lithium \((Z = 3)\) is

356509 An electron of a hydrogen like atom, having \(Z=4\), jumps from \(4^{\text {th }}\) energy state to \(2^{\text {nd }}\) energy state. The energy released in this process, will be (Given \(Rch = 13.6\,eV\)) Where, \(R=\) Rydberg constant, \(c=\) Speed of light in vacuum, \(h=\) Planck's constant

356510 For which one of the following, Bohr model is not valid?

356511 Assertion :
There is a difference in the spectrum of sunlight when passed through "yellow-glass" and that of the light from a sodium vapour lamp.
Reason :
The sunlight always gives continuous spectrum with absorption lines (the Fraunhofer lines).

356512 Which energy state of the triply ionised beryllium has the same electron orbital radius as that of ground state of hydrogen? Given \(Z\) for \(Be{\rm{ }} = {\rm{ }}4.\)

356508 As per Bohr model the minimum energy (in \(eV\)) required to remove the electron from the ground state of doubly ionised lithium \((Z = 3)\) is

356509 An electron of a hydrogen like atom, having \(Z=4\), jumps from \(4^{\text {th }}\) energy state to \(2^{\text {nd }}\) energy state. The energy released in this process, will be (Given \(Rch = 13.6\,eV\)) Where, \(R=\) Rydberg constant, \(c=\) Speed of light in vacuum, \(h=\) Planck's constant

356510 For which one of the following, Bohr model is not valid?

356511 Assertion :
There is a difference in the spectrum of sunlight when passed through "yellow-glass" and that of the light from a sodium vapour lamp.
Reason :
The sunlight always gives continuous spectrum with absorption lines (the Fraunhofer lines).

356512 Which energy state of the triply ionised beryllium has the same electron orbital radius as that of ground state of hydrogen? Given \(Z\) for \(Be{\rm{ }} = {\rm{ }}4.\)

356508 As per Bohr model the minimum energy (in \(eV\)) required to remove the electron from the ground state of doubly ionised lithium \((Z = 3)\) is

356509 An electron of a hydrogen like atom, having \(Z=4\), jumps from \(4^{\text {th }}\) energy state to \(2^{\text {nd }}\) energy state. The energy released in this process, will be (Given \(Rch = 13.6\,eV\)) Where, \(R=\) Rydberg constant, \(c=\) Speed of light in vacuum, \(h=\) Planck's constant

356510 For which one of the following, Bohr model is not valid?

356511 Assertion :
There is a difference in the spectrum of sunlight when passed through "yellow-glass" and that of the light from a sodium vapour lamp.
Reason :
The sunlight always gives continuous spectrum with absorption lines (the Fraunhofer lines).

356512 Which energy state of the triply ionised beryllium has the same electron orbital radius as that of ground state of hydrogen? Given \(Z\) for \(Be{\rm{ }} = {\rm{ }}4.\)

356508 As per Bohr model the minimum energy (in \(eV\)) required to remove the electron from the ground state of doubly ionised lithium \((Z = 3)\) is

356509 An electron of a hydrogen like atom, having \(Z=4\), jumps from \(4^{\text {th }}\) energy state to \(2^{\text {nd }}\) energy state. The energy released in this process, will be (Given \(Rch = 13.6\,eV\)) Where, \(R=\) Rydberg constant, \(c=\) Speed of light in vacuum, \(h=\) Planck's constant

356510 For which one of the following, Bohr model is not valid?

356511 Assertion :
There is a difference in the spectrum of sunlight when passed through "yellow-glass" and that of the light from a sodium vapour lamp.
Reason :
The sunlight always gives continuous spectrum with absorption lines (the Fraunhofer lines).

356512 Which energy state of the triply ionised beryllium has the same electron orbital radius as that of ground state of hydrogen? Given \(Z\) for \(Be{\rm{ }} = {\rm{ }}4.\)

356508 As per Bohr model the minimum energy (in \(eV\)) required to remove the electron from the ground state of doubly ionised lithium \((Z = 3)\) is

356509 An electron of a hydrogen like atom, having \(Z=4\), jumps from \(4^{\text {th }}\) energy state to \(2^{\text {nd }}\) energy state. The energy released in this process, will be (Given \(Rch = 13.6\,eV\)) Where, \(R=\) Rydberg constant, \(c=\) Speed of light in vacuum, \(h=\) Planck's constant

356510 For which one of the following, Bohr model is not valid?

356511 Assertion :
There is a difference in the spectrum of sunlight when passed through "yellow-glass" and that of the light from a sodium vapour lamp.
Reason :
The sunlight always gives continuous spectrum with absorption lines (the Fraunhofer lines).

356512 Which energy state of the triply ionised beryllium has the same electron orbital radius as that of ground state of hydrogen? Given \(Z\) for \(Be{\rm{ }} = {\rm{ }}4.\)