Mark the correct alternative. (A) The uncertainty principle states that there is a limit to the physical measurements we can make and that limit continually changes with technological advances. (B) Distinct free particles can have the same wave function. (C) Any solution of the Schrodinger equation represents the scenario a possible physical scenario. (D) Two electrons can have the 4 same quantum numbers and that's where the maximum that in the world comes out quantum we can find two bodies in the same place and at the same time. (E) Every free electron must move at the speed of light.
Mark the correct alternative. (A) The uncertainty principle states that there is a limit to the physical measurements we can make and that limit continually changes with technological advances. (B) Distinct free particles can have the same wave function. (C) Any solution of the Schrodinger equation represents the scenario a possible physical scenario. (D) Two electrons can have the 4 same quantum numbers and that's where the maximum that in the world comes out quantum we can find two bodies in the same place and at the same time. (E) Every free electron must move at the speed of light.
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Mark the correct alternative.
(A) The uncertainty principle states that there is a limit to the physical measurements we can make and that limit continually changes with technological advances.
(B) Distinct free particles can have the same wave function.
(C) Any solution of the Schrodinger equation represents the scenario a possible physical scenario.
(D) Two electrons can have the 4 same quantum numbers and that's where the maximum that in the world comes out quantum we can find two bodies in the same place and at the same time.
(E) Every free electron must move at the
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