Physics, Principles with Applications |
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acceleration acts amount angle applied Assume atoms average axis body Calculate called Chapter charge circuit close connected conservation consider constant decay depends determine direction discuss distance earth effect electric electric field electrons energy equal equation example exerted Explain FIGURE flow force frequency give given greater heat height increases intensity kinetic length lens less light lines magnetic field mass material measured molecules motion moving needed negative object observer occur particle passes person placed positive potential pressure produced quantum mechanics rays reach reference reflected relative resistance rest result rotating Show shown in Fig side SOLUTION sound speed spring surface Table temperature theory traveling tube unit vector velocity vibration voltage wave wavelength wire zero