QM1.5: The Free Particle - Calculating our wave packet

[DoubleDutchBust]

The Free Particle

AndDropCapend

Pen cap marker cap

donylee 10:22 / 10:36

Pen cap marker cap

Calculating our wave packet

thank you

[DoubleDutchBust]

The Free Particle

AndDropCapend

Pen cap marker cap

donylee 10:22 / 10:36

Pen cap marker cap

Calculating our wave packet

thank you

[DoubleDutchBust]

A Gaussian Wave Packet

GAutierMississippiKaliel

A Gaussian Wave Packet

QM1.4: The Free Particle

Quesadilla FromRestaurauT

La Fiesta Brava From SusaN

The Free Particle - CalculatiNg our wave packetwave

donyleeLee 5:45

packetwave

just say lays'

[blackspoty2]

nice

[simplystimpy]

interesting. a lot of computation for such a simple case. about 40-50 minutes of lecture just to cover it! This is much easier to understand now that i've learned about the Gaussian integral which you used a few times. Next i need to learn more about Fourier transforms cause that's a little unclear to me. Now if you had not take t = 0, would the solution simple have had exp(-iEt/h) term in it? since that term is constant w/respect to k wouldn't it be unaffected by the integration?

[MichaelZycz]

ahhhhh everything is so clear now....

not really