I like how you deliver the information. It is straight forward and gives little room for guessing, is easily re-traceable step wise, and is quick and to the point. Perfect videos to watch before going through the chapter's sections and then doing the HW. P.S. to fellow students, the RC hibbler book we use has preliminary and fundamental problems before the chapter problems. Those have been great help to me thus far in terms of gaining a base knowledge prior to attempting harder problems. Also, if your class is anything like mine, and is only an hour and a half long, your professor cant give you problems which take 45 minutes each to figure out unless its only one or two problems. Focusing on fundamentals and really knowing those are going to save you a lot of struggle. Food for thought.
I am actually a student at Bing taking a dynamics midterm tomorrow, it was a pleasant surprise to know you teach here. Videos were very helpful thank you.
You'll have to let the problem guide you, AP. The techniques employed so far are quite diverse and are to be used as tools to solve more difficult problems using one or more techniques explored in the chapter. Hope this helps!
I like how you deliver the information. It is straight forward and gives little room for guessing, is easily re-traceable step wise, and is quick and to the point. Perfect videos to watch before going through the chapter's sections and then doing the HW. P.S. to fellow students, the RC hibbler book we use has preliminary and fundamental problems before the chapter problems. Those have been great help to me thus far in terms of gaining a base knowledge prior to attempting harder problems. Also, if your class is anything like mine, and is only an hour and a half long, your professor cant give you problems which take 45 minutes each to figure out unless its only one or two problems. Focusing on fundamentals and really knowing those are going to save you a lot of struggle. Food for thought.
I was referencing problems on tests for that, HW problems depend on your professors level of hatred towards us lowly undergrads, haha!
Thanks Robb!
I am actually a student at Bing taking a dynamics midterm tomorrow, it was a pleasant surprise to know you teach here. Videos were very helpful thank you.
You're welcome!
8:06 why is the IC there?!?!?!?!
Because the gear rolls without slip and the contact point on the rack B is not moving.
In example 2, I think K is negative due to clockwise rotation. Thank you from the heart for your videos.
+abdu nass You are correct, Abdu. Omega is -20 rad/sec. The velocity of A (6i + 12j m/s) is correct.
At 6:10, shouldn't the (V)d= (V)b + (W)bd X (r)d/b since rod BD is going through plane motion and not the equation you wrote?
You could use that equation in a different approach to the problem. But since I calculated the distance to the IC, I can use this equation.
thank you
Thank you very much indeed.
FIYAAAAAAA
When given a problem, how do you know which one is the best method to use from the ones covered thus far in chapter 16?
You'll have to let the problem guide you, AP. The techniques employed so far are quite diverse and are to be used as tools to solve more difficult problems using one or more techniques explored in the chapter. Hope this helps!
this section is so confusing but thanks anyway I'll try to go through the book with some basic knowledge from this video thank you sir!
You're welcome! Good luck.
it is faster than go thro my notes