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2r/a A quantum-mechanical treatment of the hydrogen atom shows that the electron in the atom can be treated as a smeared-out distribution of negative charge of the form P(r)=-Poe Here, r represents the distance from the centre of the nucleus and a represents the first Bohr radius which has a numerical value of 0.0529 nm. Calculate the electric field at any distance r from the nucleus.

2r/a A quantum-mechanical treatment of the hydrogen atom shows that the electron in the atom can be treated as a smeared-out distribution of negative charge of the form P(r)=-Poe Here, r represents the distance from the centre of the nucleus and a represents the first Bohr radius which has a numerical value of 0.0529 nm. Calculate the electric field at any distance r from the nucleus.

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Problem 2.
A quantum-mechanical treatment of the hydrogen atom shows that the electron in the atom
p(r) = -pe-2¹/a
can be treated as a smeared-out distribution of negative charge of the form
Here, r represents the distance from the centre of the nucleus and a represents the first Bohr
radius which has a numerical value of 0.0529 nm. Calculate the electric field at any distance
r from the nucleus.
4+3)
A.
C.
D.
ke
ke
(1-1 (1-0²-)).
(-)-(:))
-2e-2r/a
[:)]
ke
47-²

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