AND T E A Question # 04 The figure shows the wave function of electrons arriving...

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AND T E A Question # 04 The figure shows the wave function of electrons arriving on a screen along the x-axis. a. Draw a graph of (x)². Agend jo usis WO b. Draw a dot pattern showing the likely distribution of electrons on the screen. Question # 05 The figure shows a graph of (x)]². a. What value of the constant a makes this a normalized wave function? Explain. b. What is Prob(in 0.001 cm atx=0.25 cm)? c. What is Prob(0 cm ≤x≤ 0.5 cm)? -0.5 The figure shows the graph of a wave function (x). -0.5 kecap Electron pattern bl 0 0.5 (min) -x (cm) 0.5 d. Draw a graph of the wave function (x). Add an appropriate vertical scale to your graph. (Think carefully about the proper shape.) -x (cm) AND T E A Question # 04 The figure shows the wave function of electrons arriving on a screen along the x-axis. a. Draw a graph of (x)². Agend jo usis WO b. Draw a dot pattern showing the likely distribution of electrons on the screen. Question # 05 The figure shows a graph of (x)]². a. What value of the constant a makes this a normalized wave function? Explain. b. What is Prob(in 0.001 cm atx=0.25 cm)? c. What is Prob(0 cm ≤x≤ 0.5 cm)? -0.5 The figure shows the graph of a wave function (x). -0.5 kecap Electron pattern bl 0 0.5 (min) -x (cm) 0.5 d. Draw a graph of the wave function (x). Add an appropriate vertical scale to your graph. (Think carefully about the proper shape.) -x (cm)

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Solution Given PG m is given 4x 35x54 as of ... View the full answer