Velocity and Acceleration Diagram of Four Bar Mechanism

Hello Friends.......today wc learn how to draw velocity diagram and acceleration diagram for four bar mechanism.......by this method you can also draw velocity and acceleration diagram of slider crank mechanism........easy method to draw velocity and acceleration diagram.........
Thank You........

[@Gautamji1962]

I have no words, ur knowledge is more valuable than university professor

[@JonathanHOODLAWHood]

I speak and understand English and live in USA.
The best instructional videos on CZcams for high level math and engineering are usually created by NON-native-English speaking instructors. I learn from the videos even though some accents are too strong to understand the speaking part of the lectures.
However, you sir, speak clear enough to understand every word and take the time to give detail on everything that you are doing. Thank you very much!
It is sad that I pay so much money to a university that teaches me nothing when I could be paying people like you that actually teach me what I need to know.

[@kaywebtesting]

Honestly. He is the clearest non-native english speaker I've listened too.

[@ahmadabdullah2527]

Crystal clear explanation. hats off. Thanks

[@s.n.ayyanathan]

Good it's use full thank you for your teaching......

[@AbdullahKhan-gy8th]

Amazing concept sir, thanks 🙏

[@atulagrahari9102]

Very nice and easy explanation ❤

[@jahirmakandar]

Thank you sir for good explanation 😇🙏✨

[@tintinfan007]

superbly explained. very much crystal clear.

[@chayanbaidyajadavpuruniver5085]

Best video ever....
Compact and to the point....

[@darksharksamuel9523]

Excellent explanation, keep it up!!

[@shyamsundarchaurasiya8253]

So easily explained you ... very nice 👍👍

[@edutechguruengineeringlear4280]

czcams.com/video/G6C_uBwgsk4/video.html

[@patilgeming0374]

Completely understood sir
Thank you

[@shubhangikakphale5742]

Superbbb❤️✨

[@pruthvirajn4366]

Very well explained. 😍😍❤️👍

[@darlajohnson4475]

Clear my doubts....tq so much ...make more videos ...🙌🙌🙌🙌

[@edutechguruengineeringlear4280]

czcams.com/video/G6C_uBwgsk4/video.html

[@jabeennoori6769]

excellent teaching! thank you

[@samamadhu5085]

Good explanation 👏👏👏

[@chauhanharshadkumar6111]

Very nice sir ji 👍👌👌

[@raviharkhani3535]

it is so helpfull thank you from italy

[@vamsikrishna8586]

Thank u very much sir. Make more vedios 🥇 nice explanation with point to point

[@edutechguruengineeringlear4280]

czcams.com/video/G6C_uBwgsk4/video.html

[@kartik_123]

Very nice 🙏

[@chionyeemah-iyesele6794]

Thanks for the video 👍🏻👍🏻👍🏻👍🏻👍🏻

[@aadeshpol5593]

Good explanation sir,
Thank you so much 🥰💝

[@edutechguruengineeringlear4280]

czcams.com/video/G6C_uBwgsk4/video.html

[@rohanshelke6667]

Very nice explanation

[@josephkimani8325]

Thank you, good work. What's the direction of the angular velocities you have calculated?

[@abineshsanjay3331]

Opposite to the previous links

[@Prodigy0909]

Thank you sir !❤

[@karunakumari7820]

Outstanding sir

[@lokeshkumarmechanicalking]

Thanks a lot sir ❤🎉

[@Abhishek23749]

Nice explanation sir ji♥️♥️♥️♥️♥️

[@jivanshejwal3222]

Thanks sir, great🎉

[@talithadodzo666]

chopisa ichi🤗

[@KamleshChaudhary090]

Very nice sir

[@pratikgadekar3667]

Thank you sir ji 😊

[@cs-qk9yw]

Sir make the more video about acceleration and velocity diagrams

[@karansunchu3119]

Nice sir 👍

[@samuelmwendwamakau2591]

Go to heaven my friend

[@TheINFORMATORS_9423]

As u say I can't subscribe ur channel bt for ur explanation about the thing I hit the like button 😅 well done 🙌👍

[@juancarlossanchezveana1812]

Excellent

[@harishsa5857]

Thank you so much sir

[@daanishhydri]

best video on you tube

[@youcefbacha623]

BRAVO

[@sridharbhukya3496]

Thank you

[@komalgite7965]

Thank you so much😊💥🌟

[@edutechguruengineeringlear4280]

czcams.com/video/G6C_uBwgsk4/video.html

[@youcefbacha623]

THANK YOUUUUU

[@rameshwarjare9252]

Thanks sir

[@maxskrillex3179]

I got Wrs=3.467rad/s and Wqr=2.857rad/s so does it mean I’m wrong?i got Vrs=0.39m/s and Vrq=0.5m/s from my velocity diagram

[@abs1426]

👍👍

[@edutechguruengineeringlear4280]

czcams.com/video/G6C_uBwgsk4/video.html

[@narendrav2672]

nice video

[@karthickmechboy4120]

I get that 🔥

[@vidhanalai]

🙏 thanks

[@youcefbacha623]

thank you very mutch

[@thepoliticaldrive]

How to calculate lengths of velocity diagram without scale

[@youcefbacha623]

THANK YOU

[@raju23765]

Hello bro i confuse how to write in exam velocity & acceleration diagrams for the paper in examination hall 🤔🤔🤔 please reply me bro

[@gtumimp3005]

write all given values......draw diagram and write answer from this diagram......steps in exam not required.....

[@edutechguruengineeringlear4280]

czcams.com/video/G6C_uBwgsk4/video.html

[@bestha7676]

Only chart lone kada bro

[@pushparaj3055]

Velocity diagram lo perpendicular lines ela తీసుకున్నారు

[@edutechguruengineeringlear4280]

czcams.com/video/G6C_uBwgsk4/video.html

[@alupulasaiteja5935]

Pls add kom videos in your playlist

[@sreejithr4516]

Direction of these vectors are now even more confusing

[@bhajanaapnisanskruti5398]

Tq

[@edutechguruengineeringlear4280]

czcams.com/video/G6C_uBwgsk4/video.html

[@sahilshinde3753]

30:01

[@nitinbadad2682]

Why we take 0.175 during calculating the WQR ?

[@mayurar6914]

Sir plz accln diagram explains kara n

[@starzzz4294]

please explain the direction of Vrq .... i think is in opposite of ur answer

[@gamingdottcom]

Thank you❤

[@cursed7194]

tomorrow exam kom

[@gamingdottcom]

@@cursed7194 vtu?

[@ravindranarayan2248]

1cm=10mm right but u have taken 1cm=20mm how its possible

[@abinashmahakud448]

that is just the reference for scale

[@aromals840]

we ASSUME 1cm = 20 mm to reduce the size of figure ( we can assume any value 1cm = 5mm or 10 mm or 12 mm or 100mm or anything )

[@edutechguruengineeringlear4280]

@@aromals840 czcams.com/video/G6C_uBwgsk4/video.html

[@senthilnaathan.k1015]

Can you please add the link of notes

[@edutechguruengineeringlear4280]

czcams.com/video/G6C_uBwgsk4/video.html

[@nitinbadad2682]

Why and where we take 0.175 during calculating the WQR ?

[@milan5567]

175mm÷1000=.175m

[@youcefbacha623]

ANGULAR velocity direction please

[@darksharksamuel9523]

Based on this explanation one can easily understand the direction of acceleration and velocity direction

[@youcefbacha623]

put the translate button in the video

[@menglimarrero4296]

7:16
Omega=2pi N
WHY THERE IS OVER 60 there sir?

[@YashBole]

When RPM (revolution per minute. And for convertion of min to sec. we have to devide it by 60) is given then we have to take ω= 2πN/60

[@utpalsen2048]

Velocity diagram.
Velocity of r with respect to q direction how ? 17:10 .

[@bhanuremo6943]

I didn't understand acceleration scale

[@priyanshumishra5865]

Bhai itna bhi slow nhi jaana tha 😂😂

[@HARSHITH-jx6vw]

why we take 0.175

[@7_dstro2]

I also confused

[@saikiran7872]

@@7_dstro2 in meterz

[@Telugu.songs_Adda7143]

Actually It is 0.0175 bro

[@atoztactics4371]

No ​@@Telugu.songs_Adda7143

[@atoztactics4371]

175cm =0.175m

[@youcefbacha623]

ARABIC PLEASE

[@Saikumar-pt3xt]

Your wrong bro,where is your miss take is 10cm=200mm .

[@durgeshketha3323]

At last angular acceleration formula is wrong

[@HARSHITH-jx6vw]

Please mention the forumula

[@edutechguruengineeringlear4280]

czcams.com/video/G6C_uBwgsk4/video.html

[@burudisom6676]

Step by step padhai na aage piche kar ke padhe rahe hai nahi aata hai to mat padhai

[@hrgirisha1899]

Thank you so much sir ❤

[@ramchandaradhatrak6764]

Thanks sir

[@youcefbacha623]

THANK YOU

[@youcefbacha623]

THANK YOU