Question:medium
The relation between uncertainty in position and momentum is given by of a particle simultaneously decided
The relation between uncertainty in position and momentum is given by of a particle simultaneously decided
Show Hint
To distinguish between the scientists:
- de-Broglie: Proposed the wave-particle duality (\(\lambda = h/mv\)).
- Bohr: Proposed the quantized energy levels in atoms.
- Heisenberg: Proposed the Uncertainty Principle.
- Schrodinger: Developed the wave equation for quantum mechanics.
- de-Broglie: Proposed the wave-particle duality (\(\lambda = h/mv\)).
- Bohr: Proposed the quantized energy levels in atoms.
- Heisenberg: Proposed the Uncertainty Principle.
- Schrodinger: Developed the wave equation for quantum mechanics.
Updated On: Apr 19, 2026
- de-Broglie
- Werner Heisenberg
- Neils Bohr
- Erwin Schrodinger
Show Solution
The Correct Option is B
Solution and Explanation
Was this answer helpful?
0
Top Questions on Uncertainty in Measurement
- Match the following prefixes with their multiples:
S.No Prefixes Multiples (i) micro 106 (ii) deca 109 (iii) mega 10–6 (iv) giga 10–15 (v) femto 10 - CBSE Class XI
- Chemistry
- Uncertainty in Measurement
- Round up the following upto three significant figures:
(i) 34.216
(ii) 10.4107
(iii) 0.04597
(iv) 2808- CBSE Class XI
- Chemistry
- Uncertainty in Measurement
- How many significant figures are present in the following?
(i) 0.0025
(ii) 208
(iii) 5005
(iv) 126,000
(v) 500.0
(vi) 2.0034- CBSE Class XI
- Chemistry
- Uncertainty in Measurement
- Express the following in the scientific notation:
(i) 0.0048
(ii) 234,000
(iii) 8008
(iv) 500.0
(v) 6.0012- CBSE Class XI
- Chemistry
- Uncertainty in Measurement
- Want to practice more? Try solving extra ecology questions todayView All Questions
