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Quantum Mechanics
Have Schlesinger equation an unique answer? Why or why not?
Quantum Mechanics
calculate the eigenvalues and eigenvectors of the operator σ1 ,σ2 .use the product vector |m1>|m2> as basis vector
Quantum Mechanics
prove that A.B commutes with Jx Jy and Jz
Quantum Mechanics
Let A and B be vector operators. This means that they have certain
nontrivial commutation relations with the angular momentum operators.
Use those relations to prove that A·B commutes with Jx, Jy, and
Jz.
nontrivial commutation relations with the angular momentum operators.
Use those relations to prove that A·B commutes with Jx, Jy, and
Jz.
Quantum Mechanics
In the set up photoelectric effect of light radiation..it is said that the electrons after being ejected form the photosensitive plate get acclerated towards the (+ve)high potential plate..due force acting on them(in presence of electric field setup by connecting battery)...then my question is ....how a constant value of current flows through the circuit if these electrons are randomly accelerated??????.....
(consider that we have maintained a constant potential)
(consider that we have maintained a constant potential)
Quantum Mechanics
what is difference between degenerate and non degenerate energies in quantum physics ?
Quantum Mechanics
Hi,
I am thinking for some hours about the commutation of the field-Operator/(annihilation-Operator): $$\Psi$$ and the vector-potential: $$\vec{A(\vec{r})}$$.
I have noticed in my lecture notes that $$\vec{A(\vec{r})}\Psi = \Psi\vec{A(\vec{r})}$$.
But I don't understand why they commute?
I am thinking for some hours about the commutation of the field-Operator/(annihilation-Operator): $$\Psi$$ and the vector-potential: $$\vec{A(\vec{r})}$$.
I have noticed in my lecture notes that $$\vec{A(\vec{r})}\Psi = \Psi\vec{A(\vec{r})}$$.
But I don't understand why they commute?
Quantum Mechanics
Calculate the de-Broglie Wave length associated with a cricket ball weighing 280 g thrown at the speed
of 150 km/hr
of 150 km/hr
Quantum Mechanics
WHAT DO YOU UNDERSTAND BY PHYSICAL SIGNIFICANCE OF THE ENERGY TIME UNCERTAINITY RELATION
Quantum Mechanics
DEFINE BOUND STATE OF PARTICLE
