"It is impossible to determine simultaneously the position and velocity of small particles such as electron". It is a statement of

Question

"It is impossible to determine simultaneously the position and velocity of small particles such as electron". It is a statement of (A) Hund’s rule (B) Aufbau’s principle (C) Pauli’s rule (D) Heisenberg’s uncertainty principle

Tardigrade Admin · Accepted Answer

According to Heisenberg's uncertainity principle, Δ x × Δ v=(h/4 π) Δ x = uncertainity in position Δ v = uncertainity in velocity h= Planck's constant (6.63 × 10-34 Js )

Q. "It is impossible to determine simultaneously the position and velocity of small particles such as electron". It is a statement of

Hund’s rule

Aufbau’s principle

Pauli’s rule

Heisenberg’s uncertainty principle

According to Heisenberg's uncertainity principle,

$Δ x \times Δ v = \frac{h}{4 π}$

$Δ x$ = uncertainity in position

$Δ v$ = uncertainity in velocity

$h =$ Planck's constant $(6.63 \times 1 0^{- 34} J s)$

Q. "It is impossible to determine simultaneously the position and velocity of small particles such as electron". It is a statement of

Hund’s rule

Aufbau’s principle

Pauli’s rule

Heisenberg’s uncertainty principle

According to Heisenberg's uncertainity principle, Δx×Δv=4πh​ Δx = uncertainity in position Δv = uncertainity in velocity h= Planck's constant (6.63×10−34Js)

According to Heisenberg's uncertainity principle,

$Δ x \times Δ v = \frac{h}{4 π}$

$Δ x$ = uncertainity in position

$Δ v$ = uncertainity in velocity

$h =$ Planck's constant $(6.63 \times 1 0^{- 34} J s)$