velocity diagram of four bar mechanism| Solved Problem| Graphical Method

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At the end of this video, you will learn the velocity diagram for the four-bar chain mechanism.
1| Velocity diagram of four-bar mechanism| Kinematics of Machines| Solved Problem| Graphical Method
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00:26 Problem of Four bar chain mechanism
01:50 Space diagram
03:48 Velocity diagram
06:21 How to find Velocity
07:01 How to find angular velocity
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[@FULEKAR2627]

Prso mera paper hai, ye topic humara clg mein hua nhi tha , ab ispe que aaya to solve kr lunga
Thank you sir

[@EngineeringGuru2020]

Most welcome. Share and subscribe.

[@khushdadhaniya1574]

Very important topic for GTU (TOM) exam!!!!

[@EngineeringGuru2020]

Yes, very important for Kinematic and Theory of machine subject.

[@KRB2210]

GREAT SIR....😀👍

[@EngineeringGuru2020]

Thank you.

[@EngineeringGuru2020]

Kindly consider scale 0.503 m/s = 6 cm
0.083 m/s = 1 cm.

[@adekeyeestherabosede7263]

What if the revolution per minute is 450rpm

[@sainathbirajdar575]

Thanks I am confused

[@SairamJagu]

Great explanation, thank you so much

[@EngineeringGuru2020]

Glad it was helpful! ☺️

[@Kasun_Chamara_Thepulasinghe]

Nice sir ,easy method❤️‍🔥

[@EngineeringGuru2020]

Thank you

[@SaisuryaKotilingala]

Explanation super sir 🎉🎉

[@EngineeringGuru2020]

Keep watching

[@satyanarayana3936]

Well ! Good explanation sir!

[@EngineeringGuru2020]

Thank you. Like and subscribe.

[@Xrr0]

Sir can you solve this problem plz plz plz 🙏 - In a four bor mechonichm ABCD link
AD is fixed and is of 150mm long The Crank AB is 40mm lon long. And
rotates of 120 Rpm Ctock coise. The link b = 8 mm
link Bc= is 150 mm and angle BAD is 60 ° find angular velocity of link BC and CD

[@EngineeringGuru2020]

Definitely, Solve as soon as possible.

[@OpeOlu-my7yj]

Sir
The vector dc is meant to be 3.2 not 4.6 according to scale

[@EngineeringGuru2020]

Yes as per scale vector value is 3.2 cm.

[@AbdulrahmanFAHAD-xt9cb]

excellent

[@EngineeringGuru2020]

Many many thanks.

[@ganeshshinde7853]

Sir how to find v²cb value in this example. You telling in accln diagram the value solve in previous part of the problem

[@EngineeringGuru2020]

You can find v²cb from the velocity diagram. Vcb = Vector bc (by measurement) * scale