#In classical physics, this means that the particle is present in a "fieldless" space. In quantum mechanics, this means that the particle is in a uniform region#What is a free particle in quantum mechanics?#In classical physics, this means that the particle is present in a "fieldless" space . In quantum mechanics, this means that the particle is in a region of uniform potential, usually set to zero in the region of interest since the potential can be arbitrarily set to zero at any point in space. #What is the difference between a free particle and a bound particle?#
The appearance of discrete or quantified energy levels is characteristic of a bound system, that is to say confined to a finite region of space. For the free particle, the absence of confinement allowed an energy continuum#What is the Schrödinger equation of free particles?#
Answer and explanation: The Schroedinger equation of a free particle is: −ℏ22M∇2ψ(r)=Eψ(r), where, E=ℏ2k2/2M#What can we say about a free particle?
In physics, a free particle is one whose motion is not affected by any external factor. In other words, there is no net force acting on the particle#@PhysicsWallah @indorephysicalacademy. @cricketafairs @TheWeeknd @Queen @Queen @KidsDianaShow @VladandNiki @vladvaniki1 @CoComelon @CSBishtVines @unknownboyvarun7 @ShortsBreak_Official @5MinuteCraftsYouTube @Mikecrack @CrazyXYZ @lloydcafecadena @OfficialTSstudio @cricketcomau @EmiZickovic

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