Equilibrium of Forces 2 (Equilibrium of Particles) | Applied Mechanics #equilibrium #solidmechanics

This video gives a detailed and great explanation on how to find the equilibrium of forces by resolving a vector into the horizontal and vertical component for a 2-dimensional Cartesian coordinate system and applying the conditions of static equilibrium.

link to Resolution of Forces in 2D below:

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#vectors #resolution #excellenceacademy #jonahemmanuel #appliedmechanics #solidmechanic #example #physics #equilibrium #conditionsofequilibrium

[deborahemmanueluko]

Sir wey dey always deliver.

Thank you, Sir.

[chukwudisamuel]

Thanks a lot sir, your bideos have always been helpful in this academic struggle.... currently having issues with trusses and also caculatibe areas in thermodynamics, some videos around this area will lots of clearity in studying this courses

[umuhawabah]

Thank you very much sir, u really know how to deliver👍

[abdulkamara]

Thanks a lot sir, you are extremely the best 💪

[Winstonugwu]

At the ending of the video, you didn't multiply TCD with sin theta(3/5).
But I think it should be easy to figure it out.
Thanks alot bro

[ititjje]

Sir please why didn't you multiply TCD with sine theta which is 3/5

[jasongodswill]

Thanks alot sir for your videos are really helpful. But Sir u didn't put the value of ∅Thita when calculating for Wb It was supposed to be 34.15 × ⅗

[FatawYakubu-]

Please when calculating for the weight why did you ignore the sin of the tension ED

[gvjmybs]

Sir you where like the vertical is for y so pls why did you use it for x

[GLACIER-]

But sir isnt it meant to be 34.15sin (3/5)

[Einstein]

Please sir you made a mistake in solving for the weight

[okeelijah]

U didn't multiply TCD with SIN tita