Elementary Statics

ABCD angle of friction attached attraction axes axis beam bending bending moment body centre of buoyancy centre of gravity centre of pressure coefficient of friction coplanar couple cube curved surface Deduce displacement distance edge equal uniform rods equation equilibrium equivalent Find the magnitude fixed point floats force of magnitude forces acting funicular hemisphere Hence horizontal plane immersed inclined intersection lamina light rods line of action linear density liquid of density magnitude and direction mean centre mid-point modulus P₁ parallel forces particle of mass particle of weight perpendicular point distant position of equilibrium potential energy Prove pulleys ratio resolved respectively resultant force right circular cylinder shearing stress Show single force smoothly hinged smoothly jointed specific gravity taking moments thin uniform thrust uniform solid vertex vertical forces vertical plane weight act wire zero