Introduction to Kinetics of Particles - Engineering Dynamics

[@zacharyvuongtran4178]

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[@sthabileduma341]

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[@dag3as999]

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[@dag3as999]

Hey man, just wanted to update you, I graduated with honours in structural engineering and have been working for well over a year now. Keep doing you bro!!! you help alot of people

[@yuez3555]

@@dag3as999 Haha thats crazy, im going into first year engineering. Maybe i see this in 4-5 years time and think the same.

[@ym243]

dude, where you from, you are not human your explanation is so perfect

[@jesussaquin6266]

God bless this channel

[@MrUzunMDU]

You are life saver! Thanks!

[@picklerick2771]

This was perfect thanks mate.

[@josephj5864]

Incredibly amazing! This playlist is saved for continuous revision. Also, do you record with some sort of typing pad? Or do you draw with the mouse? I'm guessing the first.

[@jonscattargia2888]

Very helpful on bringing everything together we have learned in class so far! Thanks!

[@jesusreignonhigh6732]

Can this playlist of videos be expanded even more for each lecture? Thanks.

[@Iscrnd]

LIFE. SAVER.

[@Lowe_0213]

very helpful...:-) thanks

[@structurefree]

+Shilombe Golele thank you

[@karinahernandez430]

Thank you very much!!!!!!

[@watchmovies6088]

well explained sir........i want to ask one question sir .....plz give answer......As we are in radial and transverse coordinates, the radial direction is directed towards the point or a body.And tangential direction is perpendicular to radial direction.Both we are taking as coordinates on a point to study.if we take example of circle and we talk about the origin point of a circle have same level with the circle circumference the we can see position vector r radially outwards from point o and transverse components we can say it's perpendicular to r coordinate....up to this my concept is okay... So i want to ask imagine we are talking about cylinders having reference line at the bottom of cylinder making angle theta and position vector (r) originated from point O from reference line towards a body or point which is up at angle theta so this r vector line when we exceeds from a point it will make some angle with circle(like similar to inclined plane) and similarly transverse components at 90 degree will become more difficult here......so what will we do here? here we will originate the r vector same as from simple circle? or just position vector is enough to show the pint of a body? and we have to draw Ur something else

[@moumnanitagnaouti]

Thank you

[@gatztiansay9051]

Sir we have an assignment wherein we need to give ten examples of particles, can you please give some examples of it and explain why?.

[@structurefree]

Anything with mass that moves can be modeled as a particle....use your imagination make it fun...planes, trains, automobiles....

[@gatztiansay9051]

@@structurefree thank you sir ,I appreciate your help!!!!

[@TheDomo101]

Very disappointed with this video, not because it was bad, but because there was no SSSTTRRRUUUUCCTTUURREE FREEEEEE at the end D: