You prolly dont care at all but does any of you know of a way to get back into an Instagram account..? I was stupid lost the account password. I love any assistance you can offer me.
@Dennis Johnny i really appreciate your reply. I got to the site through google and Im in the hacking process atm. Looks like it's gonna take a while so I will reply here later with my results.
+Wahyu Agung, Thank you for your feedback. Please subscribe to our EzEd channel for more such videos. Please circulate the video with your friends too.
the author forgot to include a 5-deg angle between the inclined plane and the rod A. Should he annotate this crucial angle in the question, then we should be able to find the rest of the angles, including the 45-deg angle at the top-left corner according to the transverse angle law. then the 50-deg would be the alternate angle of 45-deg + the given 5-deg. so in a nutshell, he forgot to put 5-degree in the question.
his guesstimate I supposed lol. anyways, the author forgot to include a 5-deg angle between the inclined plane and the rod A. Should he annotate this crucial angle in the question, then we should be able to find the rest of the angles, including the 45-deg angle at the top-left corner according to the transverse angle law. then the 50-deg would be the alternate angle of 45-deg + the given 5-deg. so in a nutshell, he forgot to put 5-degree in the question.
You and I both know why you are here. A:You fell asleep in class and now this is being tested B: You didn't understand in class C:You are a curious person.
Not referring to any thing in this video...In general how to find the direction of velocity which is unknown ?I always assume the direction in a wrong way! please help me out asap
+Vedant Lahane. You assume a direction. And if the magnitude calculated is negative, then the direction is in the opposite direction than what you assumed. If the magnitude is positive, then your direction assumption is correct. Hope this helps
Hi Sithesha, Actually in this question one angle is missing that is the angle made by the collar at that instant is 40 degree. We will get this question corrected.
Please Help, Q. For a body executing planar motion: (a) The linear velocity of all the points of the body is same. (b) The linear velocity of a point is function of its radius vector. (c) The linear velocity as well as linear acceleration is same for all points of the body. (d) None of the above. Please give the answer with detailed explanation if possible.
+Safwan Sapar, could you help us out with the exact timestamp on the video where you have the question? This will help us respond faster. Please subscribe to our EZEd channel for more such videos.
This might be one of the best videos on youtube
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just one word needed. PERFECT
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What a perfect and smooth explanation thank you sir!!
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Wow what an explanation great efforts sir
Thank You +Arjun Mohod. Please subscribe to our EzEd channel for more such vidoes.
Very helpful, this is the one topic in dynamics that I really struggled with and I finally feel that I understand it. Thank you!
You prolly dont care at all but does any of you know of a way to get back into an Instagram account..?
I was stupid lost the account password. I love any assistance you can offer me.
@Bryson Jamir instablaster =)
@Dennis Johnny i really appreciate your reply. I got to the site through google and Im in the hacking process atm.
Looks like it's gonna take a while so I will reply here later with my results.
@Dennis Johnny It did the trick and I finally got access to my account again. Im so happy!
Thank you so much, you really help me out!
@Bryson Jamir Glad I could help :)
I am extremely grateful for this video! Thank you!
You are welcome +Kadoc. Please subscribe to our channel for more such videos.
Your level of hardwork 🔥
fantastic way to teach
Supper helpful. Learned more in this video than 2 lectures
Thank You.. Please subscribe to our EzEd channel for more such videos
@@EzEdChannel already subscribed 👍🏼
Outstanding must watch plz
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You are amazing man. Thank you so much
Excellent explanation.
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wow fantastic please do more
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Nice sir you did good for us all
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Please how did you get the angles I don get it
thank you sir..very helpful
Hi master! Thank you so much for these. ❤️
You are great sir...
please suggest a book with many solved examples
i'm really happy to finally understand this shit !
I'm glad you understood Kinematics of Rigid Bodies. For more such videos subscribe to our EzEd Channel
Really very useful video..tq
Thank You +Mounika Pupuri. Please subscribe to our EzEd Channel for for such videos.
Thank You +Mounika Pupuri. Please subscribe to our EzEd channel for more such videos.
thanks sir for great video
+Wahyu Agung, Thank you for your feedback. Please subscribe to our EzEd channel for more such videos. Please circulate the video with your friends too.
Great video!
Thank You +Victor Bonasser. Please subscribe to our EzEd channel for more such videos.
amazing vedeo sir...thankyou alotss....
Hello sir I can't understand how you have calculated angle 85 degree in last problem.
there's missing information, but if you look at when he did the sin method, it says that the rod length is 2m.
the author forgot to include a 5-deg angle between the inclined plane and the rod A. Should he annotate this crucial angle in the question, then we should be able to find the rest of the angles, including the 45-deg angle at the top-left corner according to the transverse angle law. then the 50-deg would be the alternate angle of 45-deg + the given 5-deg. so in a nutshell, he forgot to put 5-degree in the question.
in the instaneous center of rotation in the planet motion you can find the angular acceleration of that example?
Excellent Video
Thank You +Jose. Please subscribe to our EzEd Channel for more such videos.
Excellent!
Thank You.. Please subscribe to our EzEd channel for more such videos
Thanku sir for such a great video
You are welcome +Khyati Sharma. Please subscribe to our EzEd channel for more such videos.
Please do some problems on relative motion analysis acceleration in planar kinetics
Sure Vikram. Do you have any specific problems that you would like to be solved?
8:37 how you can find the angle of the triangle??
missing info. there is no length on figure
his guesstimate I supposed lol. anyways, the author forgot to include a 5-deg angle between the inclined plane and the rod A. Should he annotate this crucial angle in the question, then we should be able to find the rest of the angles, including the 45-deg angle at the top-left corner according to the transverse angle law. then the 50-deg would be the alternate angle of 45-deg + the given 5-deg. so in a nutshell, he forgot to put 5-degree in the question.
Hi 👋 it is really nice 👍 video but I would like to put the steps and keep it do not remove it
Thank you . We will not be removing it. Please subscribe to our channel EzEdChannel to get access to more such videos
great video!!
Thank You +Salva Carmona. Please subscribe to our EzEd Channel for more such videos.
EzEd Channel please do more examples on general plane motion.
@@dr.engineering201 will definitely do more. Would you like more examples on different problems? Do you have any specific problem in mind?
EzEd Channel This is hard concept I struggle, look in some textbooks I am sure you will be able to find a series of problems,s which you could do.
@@dr.engineering201 Sure. We will definitely work on some more problems and post them
Can we use absolute motion analysis to solve ths
u guys r awesome, i subbed!
How did they find 50 and 85 degrees?
Thanks sir
in ab , bc , cd system , In question ab is inclined but in the solution you get it as horizontal? ho that happened?
You and I both know why you are here.
A:You fell asleep in class and now this is being tested
B: You didn't understand in class
C:You are a curious person.
amazingggggg
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Is there a similar video in terms of acceleration? Please link me if so
Why is it when i use the Vc=Vb+Vc/b equation to find Vc/b i get a different answer?
serioulsy pay attention !!
:D :D. We are glad you paid attention
how u find that angle plz tell briefly.anybody can ..
@6:02, for finding angular vel. of CD why linear vel. is used instead of relative velocity of C w.r.t D....?
These "seriously!" parts makes me sick af
seriously... pay attention... this is important...
Berkay Kan Laughing Out Loud
@@TheNuclearBolton lol
5:51 how did you calculate rcb? which is 0.4 in the video thank you
.25 +.15, the two vertical lengths given in the pic starting at 2:53
Yes Thats correct
Many thanks!!!!!!
You are Welcome +Zhengyang Song. Please subscribe to our channel to get more such videos.
Please subscribe to our Channel for more videos
If i don't know anything about this exercise if i text you, would you like to help me
The professor cartoon guy is funny. "Pay Attention"
Not referring to any thing in this video...In general how to find the direction of velocity which is unknown ?I always assume the direction in a wrong way! please help me out asap
+Vedant Lahane. You assume a direction. And if the magnitude calculated is negative, then the direction is in the opposite direction than what you assumed. If the magnitude is positive, then your direction assumption is correct. Hope this helps
HOW DID YOU FIND THOSE ANGLES AT 8:35?
Hi Sithesha, Actually in this question one angle is missing that is the angle made by the collar at that instant is 40 degree. We will get this question corrected.
OKAY THANKS INDEED SHORT AND WELL DONE VIDEOS.
Thank You Sithesha. We have videos on Electrical and Electronics topics and also more Mechanics videos coming up. Do Keep a lookout for the same.
How did you find the direction of relative velocity of C wrt B in first question
Hi +Gaurav 014, Could you tell us at what specific time in the video do you have this query?
Tq......
Please Help,
Q. For a body executing planar motion:
(a) The linear velocity of all the points of the body is same.
(b) The linear velocity of a point is function of its radius vector.
(c) The linear velocity as well as linear acceleration is same for all points of the body.
(d) None of the above.
Please give the answer with detailed explanation if possible.
software?
How do you know what direction will be the velocity vector for the rotation motion?
Hello @UTAS Futsal , can you tell us the exact timing in the video for the direction of the velocity vector that you are referring to?
@UTAS Futsal ... Velocity vector is tangential to rotation
Hello bro,
I think magnitude of beta is wrong!
tan inverse (15/14) =52.194 degree
But VIDEO is PERFECT ❤️
Great work 👌
how do you know that the distance of AB is 2 for the instantaneous center method?
+Safwan Sapar, could you help us out with the exact timestamp on the video where you have the question? This will help us respond faster. Please subscribe to our EZEd channel for more such videos.
I'm assuming it was given, like the 40 degree angle that wasn't shown which helps give you that triangle at 8:35 . rAB at 8:43
8:43 how did u get that 2 in a 2/sin45?
Turkce meal please
Too many angular calculations that are not shown, and see like they are taken from nowhere...
0:45 ewwwww
Nobody:
This video: Dynamics for dummies