Subpart D-F BRegion IIIRegion IIRegion IDetector--In the mass spectrometer shown above, particles having a net charge +Q are acceleratéd from rest througha potential difference in Region I. They then move in a straight line through Region II, which contains amagnetic field B and an electric field E. Finally, the particles enter Region III, which contains only amagnetic field B, and move in a semicircular path of radius R before striking the detector. The magneticfields in Regions II and III are uniform, have the same magnitude B, and are directed out of the page asshown.In the figure above, indicate the direction of the electric field necessary for the particles to move in astraight line through Region II.a.In terms of any or all the quantities Q, B, E, and R, determine expressions forb. the speed v of the charged particles as they enter Region III;the mass m of the charged particles;the accelerating potential V in Region I;the acceleration a of the particles in Region II;the time required for the particles to move along the semicircular path in Region IIIс.d.e.f.

To determine: d. Expression for the accelerating potential of the particles in region III. f.…

Answered: Subpart D-F

Science

Physics

Subpart D-F

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

Subpart D-F

B
Region III
Region II
Region I
Detector--
In the mass spectrometer shown above, particles having a net charge +Q are acceleratéd from rest through
a potential difference in Region I. They then move in a straight line through Region II, which contains a
magnetic field B and an electric field E. Finally, the particles enter Region III, which contains only a
magnetic field B, and move in a semicircular path of radius R before striking the detector. The magnetic
fields in Regions II and III are uniform, have the same magnitude B, and are directed out of the page as
shown.
In the figure above, indicate the direction of the electric field necessary for the particles to move in a
straight line through Region II.
a.
In terms of any or all the quantities Q, B, E, and R, determine expressions for
b. the speed v of the charged particles as they enter Region III;
the mass m of the charged particles;
the accelerating potential V in Region I;
the acceleration a of the particles in Region II;
the time required for the particles to move along the semicircular path in Region III
с.
d.
e.
f.

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