Question: Hand written solution required 3. Consider the momentum-space wavefunction (Px) = 0. [C, (Po - 8) 3. Consider the momentum-space wavefunction C, < (po+) (px)

Hand written solution required

3. Consider the momentum-space wavefunction C, < (po+) (px) 0, otherwise where

3. Consider the momentum-space wavefunction (Px) = 0. [C, (Po - 8)

3. Consider the momentum-space wavefunction C, < (po+) (px) 0, otherwise where C, po and arc constants. (a) Sketch the function (px). (b) Normalize $(px) to unity. (c) Obtain the wavefunction in the coordinate space. (d) What is the probability of the particle being found between x and .r+dr'? 2 2 5

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