Home
Class 12
CHEMISTRY
According to Bohr's theory, the electro...

According to Bohr's theory, the electronic energy of an electron in the `n^(th)` orbit is given by `E_(n) = (-2.17 xx 10^(-18))xx(z^2)/(n^(2)) J`
Calculate the longest wavelength of light that will be needed in remove an electron from the third Bohr orbit of `He^(o+)`

Promotional Banner

Similar Questions

Explore conceptually related problems

According to Bohr's theory,the electronic energy of a atom in the oth orbit is given by E_(n) = (-2.17 xx 10^(-18))/(n^(2)) J Calculate the longest wavelength of light that will be needed in remove an electron the third Bohr orbit of He^(o+)

According to Bohr's theory,the electronic energy of a atom in the nth orbit is given by E_(n) = (-2.17 xx 10^(-18))/(n^(2)) J Calculate the longest wavelength of light that will be needed in remove an electron the third Bohr orbit of He^(+)

Energy of an electron in n^(th) Bohr orbit is given as

Energy of an electron in n^(th) Bohr orbit is given as

According to Bohr theory, the electronic energy of hydrogen atom in the nth Bohr orbit is given by E_(n)=-(21.76xx10^(-19))/(n^(2))J . Calculate the longest wavelength of light that will be needed to remove an electron from the 2nd orbit of Li^(2+) ions.

According to Bohr's theory , the electronic energy of hydrogen atom is the nth Bohr's orbit is given by E_(n) = (-21.76 xx 10^(-19))/(n^(2)) J Calculate the longest wavelength of electron from the third Bohr's of the He^(+) ion

According to Bohr's theory, the electronic energy of H-atom in Bohr's orbit is given by

According to Bohr's theory, the electronic energy of H-atom in Bohr's orbit is given by