I couldn't get the 3rd no. what is the physical meaning, as we can see the wheel can rotate in a rotatory axis. On the other hand, the body is moving towards the z-axis. we have found 2 degrees of freedom, but the calculation is saying there is 1. What's wrong am I doing? But the video was tremendous, the level of thinking of the creator is beyond the expectation.
hello I am trying to find solution for packing of incense sticks , I need a solution to make a batch of 1000 sticks kind request as share information if you have any
This channel is pretty good at explaining things. I really feel that if the channel owner were to hire a voice actor to narrate the video scripts, this channel would really flourish!
It's just a five minute video.. But i learnt so much from this video that i couldn't understand by self-studying for several hours... So, Thank you, who ever uploaded this video😍😍😍😍.... The voice was not a problem for me 😃
I sincerely recommend everyone to not learn anything from this video. Believe me, the information provided is skewed and misses out on many things. Read a book; the information is much clearer in a book.
would be much better if the geometry is accompanied by mathematical expressions and derivations. figures give only an impression, do not give a feeling of proof.
How many degrees of freedom an object can have at the same time? For example, a sphere is spinning clockwise and moving forward at the same time, i.e. it’s using 2 out of 6 degrees of freedom, can it have more?
There are two cases.. one you can fix one end. Which means no degree of freedom is permitted. Or you can pin one end. In that case it will be having rotational degre of fredom
i founf 4 DOF ( 6(3-1)-5-3-1 = 4 , -1 being for the Ball-ground contact, -3 for the the arm rotating into the ground, -5 for the pair between the two arms) for the 3D exemple at the end, is it right?
1:40 why would each link would have three degrees of freedom if they were not connected? If they were not connected they could rotate around the vertical axis and translate along the horizontal axis, what is the third one?
more recent clarification for advanced students! - a rigid body can also have an additional DOF in that temperature or pressure can deform it's alignment or dimensions, so in some cases it can 7 DOF. we must take in to account it's environment which may without translation or rotation, incorporate any various twisting deformation in 3 planes
in last animation i think DoF is one because all of another variables depend on rotation of first variable if the first variable rotate another variables should rotate so they are limited! who can help me understand the concept without formula thanks.
Thank you for the great video. Just a small correction: DOF is the MINIMUM number of INDEPENDENT variables dad describes the position of every point in the system.
Thank you very much for such an wonderful video....I have a doubt....We all know that superstructure has a negative degree of freedom....But could you please tell me the physical significance of the same or site an example??????
what kind of significance brother the more the increase in negativity the more the blockage to its motion , thats why almost all the airports have curved structure with pillars having -80 degree of freedom.
my only complaint is, use a real person instead of microsoft bob
I guess it's accent problem.
Better to listen good video from Bob than from an Indian Tutor lol.
@@Dr.Kraig_Ren 🤭🥲🤣
I couldn't get the 3rd no. what is the physical meaning, as we can see the wheel can rotate in a rotatory axis. On the other hand, the body is moving towards the z-axis. we have found 2 degrees of freedom, but the calculation is saying there is 1. What's wrong am I doing?
But the video was tremendous, the level of thinking of the creator is beyond the expectation.
Is it really hard to find a microphone to talk into this day and age?
Its a translator voice...
Good and beautiful.very useful.
hello
I am trying to find solution for packing of incense sticks , I need a solution to make a batch of 1000 sticks kind request as share information if you have any
This channel is pretty good at explaining things. I really feel that if the channel owner were to hire a voice actor to narrate the video scripts, this channel would really flourish!
everything makes so much more sense to me now! thanks!
U hav more videos?
03:45 you said 3 Lp but did the equation correctly. You helped me to understand it! Thanks
NOW I HAVE THE CONFIDENCE TO FACE THEORY OF MACHINES. YOUR EFFORT HAS MADE SO MUCH CHANGES IN MANY OF OUR MINDS. THANK YOU SOOOOO MUCH.
Good morning by france, very beautiful and interresting, do you make kinematic diagrams ?
Your accent is good for french people. Thanks
It's just a five minute video.. But i learnt so much from this video that i couldn't understand by self-studying for several hours... So, Thank you, who ever uploaded this video😍😍😍😍.... The voice was not a problem for me 😃
I sincerely recommend everyone to not learn anything from this video. Believe me, the information provided is skewed and misses out on many things.
Read a book; the information is much clearer in a book.
would be much better if the geometry is accompanied by mathematical expressions and derivations. figures give only an impression, do not give a feeling of proof.
i couldnt understand why only rotational degree of freedom in a plane ... visualizing it makes it more understandable. great work!!
Thanks sir.
The video have cleared my concepts
How many degrees of freedom an object can have at the same time? For example, a sphere is spinning clockwise and moving forward at the same time, i.e. it’s using 2 out of 6 degrees of freedom, can it have more?
@3:46 should say 4 links AND 4 LOWER PAIRS
I have a question.....
if one rigid bar in space(3D) with one end fix than how many degree of freedom
+hiren kachhadiya it's zero , because you fixed the bar. so it cannot be moved. you have constrained all the dof of the bar by fixng one end.
+Arun M unless by fixed he means fixed in position but able to rotate (like the base of a crane), then it's 2 DOF
There are two cases.. one you can fix one end. Which means no degree of freedom is permitted.
Or you can pin one end. In that case it will be having rotational degre of fredom
yes 3:44 he is saying 4 3
thnk u for the video, it is really helpful
This man is totally confusing things and dictating things the individual bodies must have 6 degree of freedom how is he telling that it has 3 dof
4:11 how is the slider link 5 a lower pair? it has surface contact why then? could someone elaborate
i founf 4 DOF ( 6(3-1)-5-3-1 = 4 , -1 being for the Ball-ground contact, -3 for the the arm rotating into the ground, -5 for the pair between the two arms) for the 3D exemple at the end, is it right?
Plz make a video on how to calculate DOF for 3D space mechanisms.....
1:40 why would each link would have three degrees of freedom if they were not connected? If they were not connected they could rotate around the vertical axis and translate along the horizontal axis, what is the third one?
In slider crank mechanism, one crank angle is sufficient to define the position. So DOF of slider crank is one.
Number of degrees of freedom of two particles connected by a rigid rod moving freely in plane_____________?
2:40 to nitpick, the animation implies 2DOF as it is a cylinder joint that can rotate and still has space to slide along the rod
Great video. Horrible voice. Please let go of the computerized voices...
more recent clarification for advanced students! - a rigid body can also have an additional DOF in that temperature or pressure can deform it's alignment or dimensions, so in some cases it can 7 DOF. we must take in to account it's environment which may without translation or rotation, incorporate any various twisting deformation in 3 planes
Thank you very much. It is very useful.
I have read the lowest no of links required to form a mechanism is 4, but here we can see a 3 link mechanism, can somebody explain?
What's the name of the structure on the left at the beginning of the video?
Thank you sir... For this video
It's the voice of Paul bot
i didn't understand why he has taken in equation 2lowerpair and 1 higherpair i.e in 3(N-1)-2Lp-Hp
2lp doesn't mean 2 lower pairs...'lp' represents no. of lower pairs and '2' represents that it restricts 2 degrees of freedom
Shaurie Pvs thanks
and why there is 3(N-1)
why can't be like 3(N-1)/3(N-3)or only (N-1)
I have read the lowest no of links required to form a mechanism is 4, but here we can see a 3 link mechanism, can somebody explain?
That is a requirement to applie grashof law (s+l p + q) you would need for bars
*four
in last animation i think DoF is one because all of another variables depend on rotation of first variable if the first variable rotate another variables should rotate so they are limited! who can help me understand the concept without formula thanks.
maybe Middle triangle doesnt depend on first joint so its depend on what? in last animation!
I don't understand
for the third example, why is there 5 lower pairs? Why shouldn't it be higher pair?
Thank you for the great video. Just a small correction: DOF is the MINIMUM number of INDEPENDENT variables dad describes the position of every point in the system.
Wow
Whoah!!! I walked into the wrong room. lol
Thank you very much for such an wonderful video....I have a doubt....We all know that superstructure has a negative degree of freedom....But could you please tell me the physical significance of the same or site an example??????
what kind of significance brother the more the increase in negativity the more the blockage to its motion ,
thats why almost all the airports have curved structure with pillars having -80 degree of freedom.
It's this similar to the statistics population
THANK YOU SIR!!!!
It's really very helpful. Thank you ✌️
thank you for damn good instruction
Digibro sent me here. Good video man it really helped.
how easily you explained mate...thanks
Pink sheep!!
*E*
Please make more video of TOM
in 4:12 i think its 4 LP and 1 HP
can you please upload about gyroscopes plz?
finally can find a playlist without accent
did you use TTS for voice?
I was wondering about the same.
mastered it with this one video! Thanks!
make a video on gyroscope plz
Make video in hindi
Define static force analysis
No subtitles
Robot voice
#accesstoenergy
Thanks
Thank you this vedio is helpful
vedio
And just what is the next video?
Thanks
wow
it is agreat explanation
good!
gear of defnition
Brilliantly explained!!!
superb
That's some quality content.. keep up the work..
This video was very nice i did know about DOF but i didn't know there was that fantastic equation
Peter Castle it's degree of freedom