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In the experiment below, the electron shooter shoots one electron at a time through the double slits at the screen. Draw the pattern that the electrons make on the screen after a long period of time in which many electrons have been shot at the screen but the electrons have been shot at the screen one at a time. electron shooter: shoots one electron at a time double slit screen B. Explain how the pattern you drew in A is related to the nature of the electron. C. How would the pattern change if helium atoms were shot one at a time at the screen instead of electrons? Please do the above problem step by step BELOW problem only need the answer for. deBroglie equation (on conversion and equation sheet): What is the wavelength of an electron traveling at 4.19 x 105 m/s in nm?

In the experiment below, the electron shooter shoots one electron at a time through the double slits at the screen. Draw the pattern that the electrons make on the screen after a long period of time in which many electrons have been shot at the screen but the electrons have been shot at the screen one at a time. electron shooter: shoots one electron at a time double slit screen B. Explain how the pattern you drew in A is related to the nature of the electron. C. How would the pattern change if helium atoms were shot one at a time at the screen instead of electrons? Please do the above problem step by step BELOW problem only need the answer for. deBroglie equation (on conversion and equation sheet): What is the wavelength of an electron traveling at 4.19 x 105 m/s in nm?

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In the experiment below, the electron shooter shoots one electron at a time through the double slits at the screen. Draw the pattern that the electrons make on the screen after a long period of time in which many electrons have been shot at the screen but the electrons have been shot at the screen one at a time. electron shooter: shoots one electron at a time double slit screen B. Explain how the pattern you drew in A is related to the nature of the electron. C. How would the pattern change if helium atoms were shot one at a time at the screen instead of electrons? Please do the above problem step by step BELOW problem only need the answer for. deBroglie equation (on conversion and equation sheet): What is the wavelength of an electron traveling at 4.19 x 105 m/s in nm?
Transcribed Image Text:In the experiment below, the electron shooter shoots one electron at a time through the double slits at the screen. Draw the pattern that the electrons make on the screen after a long period of time in which many electrons have been shot at the screen but the electrons have been shot at the screen one at a time. electron shooter: shoots one electron at a time double slit screen B. Explain how the pattern you drew in A is related to the nature of the electron. C. How would the pattern change if helium atoms were shot one at a time at the screen instead of electrons? Please do the above problem step by step BELOW problem only need the answer for. deBroglie equation (on conversion and equation sheet): What is the wavelength of an electron traveling at 4.19 x 105 m/s in nm?
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