EQUILÍBRIO DE UMA PARTÍCULA - 14 EXERCÍCIOS RESOLVIDOS | Estática

In this first video about coplanar force systems, I solve, step by step, 14 problems from chapter 3 (Equilibrium of a particle) of the book Statics: Mechanics for Engineering 14th edition - R. C. Hibbeler. You will be ace in making the d.c.l.! Good studies and a big hug! To solve the exercises in this video we must follow the following step by step: ✅ Build the free-body diagram (d.c.l.), that is, make a schematic drawing of all forces involved in the system representing them by vectors. ✅ When doing the d.c.l. it is necessary to decompose the forces in the respective x and y axes, if such forces are inclined in relation to their actuation point. ✅ Very well, now in this final step we have to apply the equilibrium equations (ΣFx = 0 and ΣFy = 0) and solve them to find the forces acting on the system. LIKEEE PFV, SUBSCRIBE TO THE CHANNEL AND ACTIVATE THE NOTIFICATIONS!!! ❤️🤪 00:00:00 | Particle in Equilibrium 00:06:50 | Members of a Trellis (Part 1) 00:13:40 | Members of a Trellis (Part 2) 00:20:00 | Gusset Plate (Part 1) 00:25:50 | Gusset Plate (Part 2) 00:32:20 | Bearing bearing 00:36:40 | Cylinder in Balance (Part 1) 00:41:20 | Cylinder in Balance (Part 2) 00:46:50 | Fixture in Balance 00:54:00 | Ship being Towed at Constant Speed 00:57:55 | Electrostatically Charged Spheres 01:07:55 | Stretching the Springs for Block Balance (Part 1) 01:17:45 | Stretching the Springs for Block Balance (Part 2) 01:25:55 | Mass of Spring Suspended Cylinders *********************************************************** 🔴 RECOMMENDED playlist link (One Particle Balance):    • EQUILÍBRIO DE UMA PARTÍCULA   📸 INSTAGRAM:   / engsteveroger