basic engineering science n4

acceleration amount angle angular applied beam bending body brake Calculate calorimeter causes centre compressive stress constant container copper covered cyclist cylinder deliver density diagram diameter difference direction displacement distance Draw effective elasticity energy equal Example exerted expansion coefficient experiment final fluid follows glass graph gravity ground head height horizontal increase kinetic energy km/h length lift linear expansion liquid load m.s¹ magnitude mass maximum measured modulus moments motion moving object operating original pipe piston plane plunger position pressure pump reach reaction reference relation relative represents resistance respect rest resultant rise rotates shearing force solid Solution Given specific heat capacity speed steel strain stress stroke substance supports surface t₁ Take temperature tensile tion travelled uniformly unit vector velocity vertical volume