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A mass spectrometer is set up to measure the mass to charge ration (m/z) of chemicals by ionizing a molecule by stripping it of one of its electrons and sending it through an area with a constant magnetic field of 0.25T. After the ions have travelled a radial 180 degrees with a speed of 1.6 e^6 m/s, they are detected by a counting the number of ions that hit a movable detector.
If we use this mass spectrometer to analyze the carbon monoxide (12C 16O), we find that most of the molecules peak at m/z 28. However, about 1% of the molecules are detected at m/z 29.
a. How far in cm did the detector move between these two peaks?
b. If a 0.5 ug sample is used and it takes 1 hour to run the entire sample through the machine, what is the effective current produced by the ions?
c. If the heavy isotopes of carbon monoxide were directed into a cup, how much energy would the cup gain in the form of heat?
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