Dynamics of Machine Course Help

AI Thread Summary
Resources for understanding dynamics in mechanical engineering, particularly vectors, are being sought by a third-year student struggling with foundational concepts. Recommendations include reviewing materials on Statics before tackling Dynamics to better grasp the relationships between position, velocity, and acceleration. Khan Academy is suggested as a helpful platform for brushing up on vector principles. Additionally, specific websites like Engineering Toolbox and SBA Invent are provided for further learning. The discussion emphasizes the importance of mastering vector addition and resultant calculations for success in Dynamics.
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Hi All,

I was wondering if anyone could post some videos or some websites where I can read about Dynamics required for Mechanical Engineering i.e. related to vectors , how to add vectors , how to find the resultant. I searched YouTube but I am not really getting any good responses.

I am a third year student and I don't really know Vectors that well and I find no way in my books to brush up on that, for e.g. I don't remember the parallelogram vector law and triangular one and its confusing me during class and I keep cursing my self for skipping that part in Physics when I was in school.

I hope you get the idea.

Thanks
 
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Try Khan Academy
 
If your looking to brush up on vectors you should review Statics first since Dynamics will more likely confuse the situations since you also have to deal with how position relates to velocity, and how velocity relates to acceleration, instead of just dealing with direction.

Either way the easiest way to think of vectors is as a trig or geometry problem where you have so much force, velocity, acceleration going in the x, y, and z direction, where the magnitude of these properties would equal the following:

magnitude = sqrt (x2+y2+z2)

Anyways, some sites that might help with dynamics are the following.

http://www.engineeringtoolbox.com/dynamics-t_60.html

http://sbainvent.com/dynamics/
 
Thanks for the help , really helped me out!

Cheers
 
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