Atomic StructureHard
Question
What is the most probable distance of a 1s electron in a He+ ion. The wave function for 1s orbital is given by $\Psi = \sqrt{\left( \frac{Z^{3}}{\pi a_{0}^{3}} \right)e^{- Zr/a_{0}}}$, where ao = radius of first Bohr’s orbit in H-atom = 52.9 pm.
Options
A.52.9 pm
B.13.25 pm
C.6.61 pm
D.26.45 pm
Solution
$r_{mp} = \frac{a_{0}}{z} = 26.45\text{ pm}$
Create a free account to view solution
View Solution FreeMore Atomic Structure Questions
Identify the correct statement(s) :...In a measurement of the quantum efficiency of photosynthesis in green plants, it was found that 9 quanta of red light at...If λ be the de Broglie wavelength of a thermal neutron at 27°C, then the wavelength of the same neutron at 927°C is...Biotite has the emperical formula of (Si2O5)x2x- . Find the number of oxygen atom shared per tetrahedron...In [Cu(NH3)4]2+ ion the unpaired electron is present is :-...