Transcription of EXPERIMENTAL PHYSICS Notes for Course PHYS2350
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EXPERIMENTAL PHYSICS Notes for Course PHYS2350
EXPERIMENTAL PHYSICSN otes for Course PHYS2350 Jim NapolitanoDepartment of PhysicsRensselaer Polytechnic InstituteSpring 1999iPrefaceThese Notes are meant to accompany Course PHYS2350 EXPERIMENTAL PHYSICS ,for the Spring 1999 semester. They should make it much easier for you to fol-low the material and to be better prepared for the experiments. The coursewill notcover everything in these Notes , but with some luck the Notes willcontinue to be a useful reference for text is organized into two types of major sections, namelyChaptersandExperiments, so that they follow in a more or less logical order. As muchas possible, the Experiments only rely on material in preceding is no index, but hopefully the table of contents will be good enoughfor the time to helpful comments from many students and faculty, this hasall gone through a number of revisions which I hope have made the materialmore useful and more clearly presented.
Speed of light in vacuum c 299792458 m/sec Planck’s constant h 6.6260755 10−34 Jsec h=2ˇ 6.5821220 10−22 MeV sec Electron charge e 1.60217733 10−19 Coul hc 1.97327053 10−13 MeV m Vacuum permittivity 0 8:854187817 10−12 F/m Vacuum permeability 0 4ˇ 10−7 N/A2 Electron mass m e 0.51099906 MeV/c2 Proton mass m p 938.27231 MeV/c2 ...
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