Absolute Dependent Motion: Pulleys (learn to solve any problem)

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Learn to solve absolute dependent motion (questions with pulleys) step by step with animated pulleys.
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Book used: R. C. Hibbeler and K. B. Yap, Mechanics for engineers - dynamics. Singapore: Pearson Education, 2014.

Опубликовано:

13 фев 2020

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Комментарии : 308

@sanaab8087 4 года назад

Thank you very much, this helps me a lot. Now in quarantine period teachers throws us just lecture slides and expect us to understand directly. I sold my car to pay school tuitions fees and not understanding lessons where as you delivering us quality content for free, just cool.

@whatsyourname1825 Год назад

By chance I discovered your channel, I swear I've never seen an explanation like this in my life, and you're really my savior in this semester. Thank you from the bottom of my heart❤‍🩹

@haolekegs696 4 года назад

You did a better job explaining absolute dependent motion in comparison to other youtubers and my professor, thank you so much!

@nasif4690 2 года назад

All mechanical engineers from all over worls should subscribe this youtube channel

@vellmareveus Год назад

I wonder why you put SB+2(SB-SC) on question 3? Isn't it SB+(2SB-SC)

@syabongajele6431 2 года назад

I thank God for showing me your videos , may i thank him again after he blesses you!

@adrianepaulm.diampa7870 Год назад

How come that in Problem no.3, the length of Sa and (Sb-Sc) does not become constants? in fact its doesnt change at all since Sa is in a fixed position as well as (Sb-Sc)?

@The_Engineer 2 года назад

in the third problem the length of cable from C to B doesnt change in length. You said earlier in the video that we dont need to account for unchanging lengths, so why do we account for it here?