contestada

The uncertainty principle states that:

Moving bodies exhibit both particle and wave properties.

Moving charged particles resemble electromagnetic waves in their behavior.

Neither the position nor the mass of a particle can ever be precisely determined.

The position and momentum of a particle cannot be precisely determined.

Relax

Respuesta :

AL2006
The uncertainty principle states that the position and momentum
of a particle cannot be precisely determined.

Answer:

The position and momentum of a particle cannot be precisely determined.

Explanation:

By the principle of uncertainty given by great scientist Heisenberg we know that for fast moving particles it is not possible to find the position and the momentum simultaneously.

so we can say it mathematically as

[tex]\Delta x . \Delta P \geqslant \frac{h}{4\pi}[/tex]

so here in above equation

[tex]\Delta x[/tex] = uncertainty in position

[tex]\Delta P[/tex] = uncertainty in momentum

so it is not possible to find position and momentum simultaneously so we can find the range from above relation.