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CHAPTER PAGE 1 Fundamental Concepts
Pressure in Fluids
Buoyancy in Fluids
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acceleration alternating current ammeter amperes angle armature atoms beam Bernoulli's Principle called carrier wave cathode cell circuit coil color condenser conductor convex lens cooled current flows density diagram direction distance earth electric electric charges electromagnet electrons electroscope energy engine equal exerted Explain feet filament focal length formula frequency friction ft-lb gases glass grams gravity grid heat inches inclined plane increase induced lamp lens lever lift light lines of force liquid machine magnetic field measured mechanical advantage mercury metal meter mirror molecules motion motor move neutrons nucleus object Ohm's law ohms output parallel particles plane plate pole pounds produced protons radiation radio rays reactance reflected refraction resistance result rope rotation sound specific gravity specific weight speed steam substance surface temperature tion tube TYPICAL PROBLEM vacuum tube vapor velocity vibration voltage volts volume wave wavelength wire