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Consider an cxperiment in which a beam of electrons is directed at a plate containing two slits, labelled A and B. Beyond the plate is a screen equipped with an array of detectors which enables one to determine where the electrons hit the screen. For each of the following cases draw a rough graph of the relative number of incident electrons as a function of position along the screen and give a brief explanation. (a) Slit A open, slit B closed. (b) Slit B open, slit A closed. (c) Both slits open. (d) "Stern-Gerlach" apparatus attached to the slits in such a manner that only clectrons with s, = h/2 can pass through A and only electrons with s, = -h/2 can pass through B. (e) Only electrons with s, = h/2 can pass through A and only electrons with s, = h/2 can pass through B. %3D What is the effect of making the beam intensity so low that only one electron is passing through the apparatus at any time?

Consider an cxperiment in which a beam of electrons is directed at a plate containing two slits, labelled A and B. Beyond the plate is a screen equipped with an array of detectors which enables one to determine where the electrons hit the screen. For each of the following cases draw a rough graph of the relative number of incident electrons as a function of position along the screen and give a brief explanation. (a) Slit A open, slit B closed. (b) Slit B open, slit A closed. (c) Both slits open. (d) "Stern-Gerlach" apparatus attached to the slits in such a manner that only clectrons with s, = h/2 can pass through A and only electrons with s, = -h/2 can pass through B. (e) Only electrons with s, = h/2 can pass through A and only electrons with s, = h/2 can pass through B. %3D What is the effect of making the beam intensity so low that only one electron is passing through the apparatus at any time?

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Consider an cxperiment in which a beam of electrons is directed at a plate containing two slits, labelled A and B. Beyond the plate is a screen equipped with an array of detectors which enables one to determine where the electrons hit the screen. For each of the following cases draw a rough graph of the relative number of incident electrons as a function of position along the screen and give a brief explanation. (a) Slit A open, slit B closed. (b) Slit B open, slit A closed. (c) Both slits (d) "Stern-Gerlach" apparatus attached to the slits in such a manner that only electrons with s, = ħ/2 can pass through A and only electrons with s, = -h/2 can pass through B. (e) Only electrons with s, = h/2 can pass through A and only electrons with s, = h/2 can pass through B. оpen. %3D What is the effect of making the beam intensity so low that only one electron is passing through the apparatus at any time?
Transcribed Image Text:Consider an cxperiment in which a beam of electrons is directed at a plate containing two slits, labelled A and B. Beyond the plate is a screen equipped with an array of detectors which enables one to determine where the electrons hit the screen. For each of the following cases draw a rough graph of the relative number of incident electrons as a function of position along the screen and give a brief explanation. (a) Slit A open, slit B closed. (b) Slit B open, slit A closed. (c) Both slits (d) "Stern-Gerlach" apparatus attached to the slits in such a manner that only electrons with s, = ħ/2 can pass through A and only electrons with s, = -h/2 can pass through B. (e) Only electrons with s, = h/2 can pass through A and only electrons with s, = h/2 can pass through B. оpen. %3D What is the effect of making the beam intensity so low that only one electron is passing through the apparatus at any time?
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