Simplified model of electron energy levels for a cartain atom is shown in figure. The atom is bombarded will fast moving electrons. The impact of one of these electrons can cause the removal of electron from K-level , thus, creating a vacancy in the K-level. This vacancy in K-level is filled by an electron from l-level and the energy reased in this transition can either appear as electromagnetic waves or may all be used knock out an electron from M-level of the atom.

Based on above information, answer the following question:
The `KE` of the emitted electron from M-level is

Simplified model of electron energy levels for a cartain atom is shown in figure. The atom is bombarded will fast moving electrons. The impact of one of these electrons can cause the removal of electron from K-level , thus, creating a vacancy in the K-level. This vacancy in K-level is filled by an electron from l-level and the energy reased in this transition can either appear as electromagnetic waves or may all be used knock out an electron from M-level of the atom. Based on above information, answer the following question: Wavelength of the electromagnetic waves emitted due to transition from L to K-level is

Simplified model of electron energy levels for a cartain atom is shown in figure. The atom is bombarded will fast moving electrons. The impact of one of these electrons can cause the removal of electron from K-level , thus, creating a vacancy in the K-level. This vacancy in K-level is filled by an electron from l-level and the energy reased in this transition can either appear as electromagnetic waves or may all be used knock out an electron from M-level of the atom. Based on above information, answer the following question: Wavelength of the electromagnetic waves emitted due to transition from L to K-level is

Simplified model of electron energy levels for a cartain atom is shown in figure. The atom is bombarded will fast moving electrons. The impact of one of these electrons can cause the removal of electron from K-level , thus, creating a vacancy in the K-level. This vacancy in K-level is filled by an electron from l-level and the energy reased in this transition can either appear as electromagnetic waves or may all be used knock out an electron from M-level of the atom. Based on above information, answer the following question: The minimum potential difference through which bombarding electron beam must be acclerated from rest to cause the ejection of electron from K-level is.

Simplified model of electron energy levels for a cartain atom is shown in figure. The atom is bombarded will fast moving electrons. The impact of one of these electrons can cause the removal of electron from K-level , thus, creating a vacancy in the K-level. This vacancy in K-level is filled by an electron from l-level and the energy reased in this transition can either appear as electromagnetic waves or may all be used knock out an electron from M-level of the atom. Based on above information, answer the following question: The minimum potential difference through which bombarding electron beam must be acclerated from rest to cause the ejection of electron from K-level is.

Statement: K- electron capture leads to emission of neutron and X- rays. Explanation: The vacancy created in K- shell is filled by electrons form higher levels and thus X- rays are given out.

The energy levels of a hypothetical one electron atom are shown in figure Find the ionization potential of the atom.

The energy levels of a hypotherical one electron atom are shown in figure Find the ionization potential of the atom.

An electron is excited to fourth energy level in an atom. It will

An electron is excited to fourth energy level in an atom. It will