JC-34) Electron Wave Function Consider the electron wave function given below where x is in cm. SeVI-x \x|<1 cm |x|>1 cm w (x) = (a) Determine the normalization constant c. Express your answer using 2 significant figures. (b) Draw a graph of the wave function over the interval -2 cm EX < 2 cm. Provide numerical scales on both axes and note the value of the wave function at x = 0. < X < 2 cm. (c) Draw a graph of the probability density over the interval -2 cm Provide numerical scales on both axes and note the value of the probability density at x = 0.
JC-34) Electron Wave Function Consider the electron wave function given below where x is in cm. SeVI-x \x|<1 cm |x|>1 cm w (x) = (a) Determine the normalization constant c. Express your answer using 2 significant figures. (b) Draw a graph of the wave function over the interval -2 cm EX < 2 cm. Provide numerical scales on both axes and note the value of the wave function at x = 0. < X < 2 cm. (c) Draw a graph of the probability density over the interval -2 cm Provide numerical scales on both axes and note the value of the probability density at x = 0.
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Transcribed Image Text:JC-34) Electron Wave Function
Consider the electron wave function given below where x is in cm.
cVT
cVI-x² \x\<1cm
y (x) =
|x|> 1 cm
(a) Determine the normalization constant c. Express your answer using 2 significant
figures.
(b) Draw a graph of the wave function over the interval -2 cm
<X < 2 cm. Provide
numerical scales on both axes and note the value of the wave function at x = 0.
(c) Draw a graph of the probability density over the interval -2 cm
Provide numerical scales on both axes and note the value of the probability density at x = 0.
< X < 2 cm.
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