
Discover how degree-level engineering applies fundamental math and physics to design the mechanical devices we use daily, and why mechanical engineers enjoy strong graduation prospects, diverse skill sets, and salaries.
Define force in classical mechanics through Newton's laws, connect force to mass and acceleration with F=ma, and explain diverse force types and units.
Represent forces as vectors with basis vectors i, j, k and components fx, fy, fz, and measure forces with spring scales, force transducers, or load cells.
Compute hydrostatic pressure and buoyancy forces in stationary fluids; pressure increases with depth, and Archimedes’ principle yields buoyant force equal to weight of displaced fluid, directed perpendicular to surface.
Compute force vectors by substituting V1, V2, V3 with their values, perform the algebra, and determine the resulting components i and j.
Explore how constraint and reaction forces act at joints and contacts in machines and structures, use equilibrium to deduce unknown magnitudes and directions of forces and moments.
Welcome to this course
In this forces and moments course I’ll be walking through all of the basic fundamental topics that any one wants to be good at forces and moments calculation needs to know ; this is a course mostly for prè-module students for anyone who’s just getting started with engineering study Or for someone who wants to scrape off some rust after being away from few years.
All the concepts in this course are things you use constantly throughout any engineering course you will take in future like :
And of course we will solve quizzes and exercises
Thank you for joing us