Other Principles of Quantum Mechanics Practice Test

$\left| \Psi \left(x,t \right) \right|^2$ represents the position of the particle as a function of time

$\left| \Psi \left(x,t \right) \right|^2$ represents the time-averaged position of the particle as a function of time

$\left| \Psi \left(x,t \right) \right|^2$ represents the square of the particle's position as a function of time

$\left| \Psi \left(x,t \right) \right|^2$ represents the energy of the particle as a function of time

$\left| \Psi \left(x,t \right) \right|^2$ represents the probability distribution of the particle as a function of time