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Question
The exact path of electron 2p orbital cannot be determined.
The above statement is based upon :
The exact path of electron 2p orbital cannot be determined.
The above statement is based upon :
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Solution
The correct option is C Uncertainty principle
HEISENBERG UNCERTAINTY PRINCIPLE:
Bohr's theory considers an electron as a material particle. Its position and momentum can be determined with accuracy. But, when an electron is considered in the form of wave as suggested by de-Broglie, it is not possible to ascertain simultaneously the exact position and velocity of the electron more precisely at a given instant since the wave is extending throughout a region of space.
HEISENBERG UNCERTAINTY PRINCIPLE:
Bohr's theory considers an electron as a material particle. Its position and momentum can be determined with accuracy. But, when an electron is considered in the form of wave as suggested by de-Broglie, it is not possible to ascertain simultaneously the exact position and velocity of the electron more precisely at a given instant since the wave is extending throughout a region of space.
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