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Walkthrough for the following problem from Hibbeler, Engineering Mechanics DYNAMICS Ed. 14: F14-6: "The 2.5kg collar is pulled by a cord that passes around a small peg at C. If the cord is subjected to a constant force of F = 50N, and the collar is at rest when it is at A, determine its speed when it reaches B. Neglect friction.

Walkthrough for the following problem from Hibbeler, Engineering Mechanics DYNAMICS Ed. 14: P14-1: "Determine the work of the force when it displaces 2m"

Video tutorial for a simple single unit mass balance problem.

Walkthrough for the following problem from Hibbeler, Engineering Mechanics STATICS: 8-11: "The car has a mass of 1.6 Mg and center of mass at G. If the coefficient of static friction between the shoulder of the road and the tires is μs = 0.4, determine the greatest slope u the shoulder can have without causing the car to slip or tip over if the car travels along the shoulder at constant velocity.

Walkthrough for the following problem from Hibbeler, Engineering Mechanics STATICS: 8-1: "Determine the maximum force P the connection can support so that no slipping occurs between the plates. There are four bolts used for the connection and each is tightened so that it is subjected to a tension of 4 kN. The coefficient of static friction between the plates is μs = 0.4."

This is a tutorial for how to use the Equation Editor in Microsoft applications properly!!!

This is the third of a three part series on how to solve the silo problem for E4010 (Thermodynamics and Fluids) module at NMITE.

Walkthrough for the following problem from Hibbeler, Engineering Mechanics STATICS: F2-30: "Determine the components of the force acting parallel and perpendicular to the axis of the pole"

Walkthrough for the following problem from Hibbeler, Engineering Mechanics STATICS: F2-29: "Find the magnitude of the projected component of the force along the pipe AO"

Walkthrough for the following problems from Hibbeler, Engineering Mechanics STATICS: F2-27: "Determine the angle θ between the force and the line OA" F2-28: "Determine the projected component of the force along the line OA"

Walkthrough for the following problem from Hibbeler, Engineering Mechanics STATICS: F2-26: "Determine the angle θ between the force and the line AB"

Walkthrough for the following problem from Hibbeler, Engineering Mechanics STATICS: F2-25: "Determine the angle θ between the force and the line AO"

Walkthrough for the following problem from Hibbeler, Engineering Mechanics STATICS: F2-24: "Determine the resultant force at A."

Walkthrough for the following problem from Hibbeler, Engineering Mechanics STATICS: F2-23: "Determine the magnitude of the resultant force at A."

Hibbeler Engineering Mechanics STATICS: Problem F2-22 Walkthrough

Hibbeler Engineering Mechanics STATICS: Problem F2-21 Walkthrough

Hibbeler Engineering Mechanics STATICS: Problem F2-20 Walkthrough

Hibbeler Engineering Mechanics STATICS: Problem F2-19 Walkthrough

Hibbeler Engineering Mechanics STATICS: Problem F2-18 Walkthrough

Hibbeler Engineering Mechanics STATICS: Problem F2-17 Walkthrough

Hibbeler Engineering Mechanics STATICS: Problem F2-12 Walkthrough

Hibbeler Engineering Mechanics STATICS: Problem F2-11 Walkthrough

Intermediate Kinetics Problem 2

Hibbeler Engineering Mechanics STATICS: Problem F2-16 Walkthrough

Hibbeler Engineering Mechanics STATICS: Problem F2-15 Walkthrough

Hibbeler Engineering Mechanics STATICS: Problem F2-14 Walkthrough

Hibbeler Engineering Mechanics STATICS: Problem F2-9 Walkthrough

Hibbeler Engineering Mechanics STATICS: Problem F2-10 Walkthrough

Hibbeler Engineering Mechanics STATICS: Problem F2-7 Walkthrough