Applied Mechanics for Engineering Technology |
Contents
FORCES VECTORS AND RESULTANTS | 27 |
Chapter 3 | 51 |
Chapter 4 | 67 |
Copyright | |
19 other sections not shown
Common terms and phrases
A₁ angle angular acceleration angular velocity applied area shown block cable Calculate center of mass centroid clockwise coefficient of friction coefficient of static compression cylinder deceleration Determine the horizontal Determine the load Determine the velocity diameter direction displacement distance English system equation equilibrium Example force system forces acting forces shown free-body diagram friction force ft-lb ft-lb-sec² ft/sec gravity horizontal and vertical impending motion inertia initial velocity instantaneous center kg Figure kg.m² kinetic energy kips km/h lb Figure lb-ft load in members Locate the centroid m/s² method mm² moment of inertia momentum object plane motion Problem pulley R₁ rad/s rad/s² radians radius of gyration rectilinear resultant rope rotation shown in Figure slope solve speed spring constant static friction surface Taking moments tension tion torque travelling truss shown V=V₂ V₂ vector triangle vertical components vertical forces weight wheel x-axis