Engineering Fundamentals for Professional Engineers' Examinations |
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angle armature Assume beam Bernoulli's equation Btu/lb calculated capacitor Carnot cycle centroid circuit coefficient compression constant correct answer curve cycle depreciation diagram diameter distance energy engine enthalpy equals the amount equation Figure flow fluid following most nearly force acting friction ft long ft-lb ft.lb ft/s ft/s² ft² ft³ ft³/s gal/min gives h₁ h₂ H₂O head loss heat horizontal I₁ in¹ in² in³ inductive interest kips kVA reactance lb-ft lb-in lb.ft lb.in lb/ft lb/in² abs lb/in² gauge lb/min liquid load maximum mi/h moment of inertia motor nearly equals nozzle P₁ P₂ percent pipe power factor pressure problem pump r/min R₁ reactance relationship resistance rivet shearing stress shown in Fig slope speed steam steel surface T₁ temperature torque V₁ vapor vector velocity voltage volume weight zero