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produces singly- doubly-ionize particles, both of which are accelerated (from rest) by an accelerating voltage, VA = 7.97 kV. The ions, which have the same mass, then enter a uniform magnetic field, B = 21.3 mT, as they pass between the plates of a charged capacitor with voltage, Vp = 165 V, and plate separation, d = 5.12 cm. One of the ions passes straight through and hits the center of he screen, while the other is deflected a vertical distance, Ay, after traveling the length, Ax = 1.2 m, of the capacitor plates.

produces singly- doubly-ionize particles, both of which are accelerated (from rest) by an accelerating voltage, VA = 7.97 kV. The ions, which have the same mass, then enter a uniform magnetic field, B = 21.3 mT, as they pass between the plates of a charged capacitor with voltage, Vp = 165 V, and plate separation, d = 5.12 cm. One of the ions passes straight through and hits the center of he screen, while the other is deflected a vertical distance, Ay, after traveling the length, Ax = 1.2 m, of the capacitor plates.

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An ion source produces singly-ionized and doubly-ionized particles, both of which are accelerated (from rest) by an accelerating voltage, VA = 7.97 kV. The ions, which have the same mass, then enter a uniform magnetic field, B = 21.3 mT, as they pass between the plates of a charged capacitor with voltage, Vp = 165 V, and plate separation, d = 5.12 cm. One of the ions passes straight through and hits the center of the screen, while the other is deflected a vertical distance, Ay, after traveling the length, Ax = 1.2 m, of the capacitor plates. m (a) Write a symbolic expression for the charge-to-mass ratio of the ions that are NOT deflected, in terms of VA, Vp, d, B, Ay, and Ax, as needed, then calculate its numeric value. = (c) How far are these ions deflected? Ay = lon Source C/kg cm Hot Cathode (-) (b) What can you conclude about the charge-to-mass ratio of the ions that are deflected? 9 C/kg m Anode (+) ion beam Evacuated Glass Tuber B x X ΔΧ Ду - Screen + P 0-
Transcribed Image Text:An ion source produces singly-ionized and doubly-ionized particles, both of which are accelerated (from rest) by an accelerating voltage, VA = 7.97 kV. The ions, which have the same mass, then enter a uniform magnetic field, B = 21.3 mT, as they pass between the plates of a charged capacitor with voltage, Vp = 165 V, and plate separation, d = 5.12 cm. One of the ions passes straight through and hits the center of the screen, while the other is deflected a vertical distance, Ay, after traveling the length, Ax = 1.2 m, of the capacitor plates. m (a) Write a symbolic expression for the charge-to-mass ratio of the ions that are NOT deflected, in terms of VA, Vp, d, B, Ay, and Ax, as needed, then calculate its numeric value. = (c) How far are these ions deflected? Ay = lon Source C/kg cm Hot Cathode (-) (b) What can you conclude about the charge-to-mass ratio of the ions that are deflected? 9 C/kg m Anode (+) ion beam Evacuated Glass Tuber B x X ΔΧ Ду - Screen + P 0-
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