Dynamics: Or Theoretical Mechanics

acceleration according acquired acting action angle applied attraction average axis balance ball body calculation called centre of gravity centre of inertia circle components consider construction cord couple described determine diagram direction distance divided draw drawn earth effect elasticity energy equal equilibrant equilibrium example experiment expresses falling feet per second force of gravity forces acting forces applied formula give given greater horizontal inch inclined kinetic units laws length magnitude mass matter means measured method mile minute motion moving necessary observed opposite original parallel parallel forces particles passes path plane position possesses pound practical pressure principle produce proportional represent resistance rest resultant round seen simple pendulum solid space square stone student surface taken tends tion triangle turn uniform velocity vertical vibration weight whole