E)& At first divergent and then convergent going to continuous.

*****

The average of a physical quantity is calculated due to the formula:

A)&

*****

The average of a physical quantity is calculated due to the formula:

A)&

*****

The commutator of operators is:

A)&

*****

Quantum Poisson brackets have the view:

B)&

*****

The coordinate operator in the coordinate representation has the view:

A)& is acting by multiplication.

*****

The momentum operator in the coordinate representation has the view:

B)&

*****

The conservation law for a number of particles is:

A)&

*****

The orthonormalization condition is:

A)&

*****

The orthonormalization condition is:

A)&

*****

Hermitian conjugate of operators and :

B)&

*****

Presupposition for elaboration of Quantum Theory was the problem of:

A)& Black body radiation.

*****

The energy that is associated with a frequency of de Broglie wave is:

A)&

*****

The common expression for de Broglie wave equation:

E)&

*****

The common expression for de Broglie wave equation:

D)&

*****

The equation for de Broglie wave going along Ox-axis:

C)&

*****

The equation for de Broglie wave going in opposite direction of Ox-axis:

D)&

*****

The equation for de Broglie wave going along Ox-axis:

C)&

*****

The equation for de Broglie wave going in opposite direction of Ox-axis:

B)&

*****

Phase velocity of de Broglie wave for an elementary particle is:

A)& More than speed of light in vacuum.

*****

Phase velocity of component wave of wave packet in de Broglie theory is:

A)& More than speed of light in vacuum.

*****

Group velocity of a wave packet in de Broglie theory is:

D)& Equal to speed of the particle

*****

The wave packet theory:

A)& Is inconsistent because of the wave packets of elementary particles are become blurred.

*****

The first quantum theory was proposed by:

E)& Bohr

*****

The probabilistic interpretation of wave function was proposed by:

C)& Bohrn

*****

Time-independent Shredinger equation has the view:

A)&

*****

Complete Shredinger equation has the view:

B)&

*****

Time-dependent Shredinger equation has the view:

B)&

*****

Time-dependent Shredinger equation has the view:

B)&

*****

Time-independent Shredinger equation has the view:

D)&

*****

Time-independent Shredinger equation can be used:

Date: 2016-04-22; view: 805