- If This Item Does Not Open Automatically You Can Open Practice Final Here A The Strength Of The Magnetic Field Given Th 1 (78.78 KiB) Viewed 16 times
If this item does not open automatically you can open Practice Final here A. The strength of the magnetic field given that the voltage difference of -10,000V accelerates both ions. B. Find the mass/charge ratio for the heaviest ion. What are two possible ions that this could be? There are several possibilities. 7. Waves of a different sort. To ionize hydrogen to create the proton used in the Mass Spectrometer, a single photon strikes the electron and liberates it fully from the proton. A. Find the wavelength of light needed to liberate the electron. B. Find the de Broglie wavelength of the electron after it absorbs this photon. Use 500 nm for the photon when in doubt. C. Find the positional uncertainty of the proton if the KE is certain to be 10KV.