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We use a mass spectrometer to isolate ?C from "C isotopes to carbon-date an artifact. Carbon atoms are ionized (+e) and sent into a velocity selector with electric field strength E=2×10° V/m. 1. The first stage is getting a beam of particles with the same velocity, independent of mass. a. Given the picture to the right, write a force equation for the velocity selector. b. What magnetic field is required to select single-ionized charged particles with speed v=1.1×10' (m/s)? - Uniform field B, Velocity selector lon strikes detector a distance 2R from entry point; distance depends on ion's mass and charge. Detector (a) How a mass spectrometer works II. Find the "C isotope's radius of curvature in the second field area if the magnetic field B, = 4.0 T and the carbon isotope is singly ionized (q=e). What is the separation distance between "C and "C isotopes?

We use a mass spectrometer to isolate ?C from "C isotopes to carbon-date an artifact. Carbon atoms are ionized (+e) and sent into a velocity selector with electric field strength E=2×10° V/m. 1. The first stage is getting a beam of particles with the same velocity, independent of mass. a. Given the picture to the right, write a force equation for the velocity selector. b. What magnetic field is required to select single-ionized charged particles with speed v=1.1×10' (m/s)? - Uniform field B, Velocity selector lon strikes detector a distance 2R from entry point; distance depends on ion's mass and charge. Detector (a) How a mass spectrometer works II. Find the "C isotope's radius of curvature in the second field area if the magnetic field B, = 4.0 T and the carbon isotope is singly ionized (q=e). What is the separation distance between "C and "C isotopes?

College Physics
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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We use a mass spectrometer to isolate ?C from “C isotopes to carbon-date an artifact. Carbon atoms are ionized (+e) and sent into a velocity selector with electric field strength E=2×10° V/m. 1. The first stage is getting a beam of particles with the same velocity, independent of mass. a. Given the picture to the right, write a force equation for the velocity selector. b. What magnetic field is required to select single-ionized charged particles with speed v=1.1x10' (m/s)? Uniform field B, Velocity selector 2R Ion strikes detector a distance 2R from entry point; distance depends on ion's mass and charge. Detector (a) How a mass spectrometer works II. Find the "C isotope's radius of curvature in the second field area if the magnetic field B, = 4.0 T and the carbon isotope is singly ionized (q=e). What is the separation distance between "C and “C isotopes?
Transcribed Image Text:We use a mass spectrometer to isolate ?C from “C isotopes to carbon-date an artifact. Carbon atoms are ionized (+e) and sent into a velocity selector with electric field strength E=2×10° V/m. 1. The first stage is getting a beam of particles with the same velocity, independent of mass. a. Given the picture to the right, write a force equation for the velocity selector. b. What magnetic field is required to select single-ionized charged particles with speed v=1.1x10' (m/s)? Uniform field B, Velocity selector 2R Ion strikes detector a distance 2R from entry point; distance depends on ion's mass and charge. Detector (a) How a mass spectrometer works II. Find the "C isotope's radius of curvature in the second field area if the magnetic field B, = 4.0 T and the carbon isotope is singly ionized (q=e). What is the separation distance between "C and “C isotopes?
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