Force Current Analogy

Force Current Analogy
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Lecture By: Mrs. Gowthami Swarna, Tutorials Point India Private Limited

[@TutorialsPoint_]

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[@SabbirAhmed-dy1tg]

You are best mam . I do not understand what my professor try to make me understand those things with 50 minute . but i can learn the basic things from you with in 15- 20 minutes

[@tommcqueary7831]

Just as in the previous video, the v in the mechanical system should stand for velocity, not voltage.

[@vijayaballari3124]

Yah...

[@anandmathew192]

Exactly!

[@harishussain764]

@@JahidulIslam-qm2ds what if someone does not understand then what?

[@namanjain9094]

yes

[@sakethsharma8299]

@@JahidulIslam-qm2dsBro.. It's spelling mistake too..😅

[@sathyaprasad2389]

Tutorials point, Thank you for giving knowledge for free

[@vigneshkumar.n8280]

O/p is velocity only...
F = M a
x= displacement
Velocity V=dx/dt
Acceleration (a) =dv/dt

[@amudhapriyane4534]

The content is well presented and organized. But stop making some basic mistakes, it may affect the learners mindset about the channel. Keep going on 🌟

[@bethalamadhulatha1756]

Really good explanation mam 🙌🙌

[@MuhammadAhsan-fy4ej]

Osm madam you are doing great job stay Blessed

[@diegotec2782]

I really appreciate this. Really helpful. Thanks :)

[@tirthjoshi2773]

Thank you so much .........
It's very helpful for gate & other exams

[@prabhatdwivedi5130]

Differentiation of displacement x is v voltage... Kya h ye... Baki to bht achha pdha rhi h... Bt this... 😯😯

[@himanshukumarsoni3407]

😹😹😹🙊🙊🙊😂😂😂

[@himanshukumarsoni3407]

Quntam machines....
👺👺👺😈😈😈

[@infinityx9937]

Abby ...force current analogy mein velocity votage k he equivalent hai

[@Mtmonaghan]

apply an integrator circuit across the capacitors and you will get displacement. i used tinker cad to do this and it worked really well. tinker cad circuits software is FREE!

[@VikasKumar-oi6hv]

Thankyou for easly explain

[@TechSouls-wn6jc]

very best explanation . Super

[@harshkesarwani9567]

for mechanical system:
find - voltage
replace - velocity

[@JahidulIslam-qm2ds]

It's just a sleep tongue,u understand.why you guys behaving like primary kids?

[@harshkesarwani9567]

nothing wrong in pointing out if anything is not correct, so that others may not get confused, u understand. Btw,
find - sleep
replace - slip

[@manavt2000]

@@harshkesarwani9567 find - u
replace - you

[@Parasmratta]

why does ma'am keep referring velocity in the mechanical system as voltage?

[@aloopanini]

#HerChoice

[@saivarshitha2314]

​@@aloopanini😂😂😂

[@mashkhalluqman954]

THanks
But in the output of the mechanical system why it is Voltage instead of Velocity ?

[@vikasvicky2018]

Output is velocity mam in mechanical system..

[@rathoodchitty9816]

Super explainetion mam

[@dharmikchauhan6042]

thanks❤🌹

[@manoor6391]

should exaplined more details when to make series and parallel connections.

[@chandanKumar-mu9sg]

Mechanical output is velocity not voltage

[@shivanichamoli5213]

please amend the velocity in place of voltage in force section.

[@edutechguruengineeringlear4280]

th-cam.com/video/97p1eNykIE8/w-d-xo.html

[@mrparadoxprime3419]

Isn't Output of the Mechanical system displacement???

[@sachinpatil4154]

I think in mechanical system Velocity is O/P in Place of Voltage.

[@janakirampithani1921]

Yeah I also think that bro

[@shamsia4247]

Not thinking we get velocity as output

[@Vernacularpressact]

are you some sort of genius

[@SurprizeMFkr]

Is that voltage or velocity in the output

[@edutechguruengineeringlear4280]

th-cam.com/video/97p1eNykIE8/w-d-xo.html

[@shubhangidongre2220]

Maam the output in mechanical system would be velocity not voltage...you've written wrong

[@avunooritagore6089]

Output is velocity not voltage in mechanical system

[@VishalVishal-mm9yq]

www.tutorialspoint.com/control_systems/control_systems_electrical_analogies_mechanical.htm

[@vivekyadav1445]

thanku mam 🙏

[@debayandoloi7095]

Ma'am.....i am confused......... The output of the mechanical system is Voltage .......Differentiation of displacement x is v voltage.........

[@kedonasi7715]

Plz clear between velocity and voltage for v...

[@fastrush1695]

thank you

[@chokkalingamtg2664]

in mechanical system input is force and output is velocity not voltage

[@chandusaradhi8235]

In mechanical system output is velocity

[@neerajnarwal9558]

in the previous video, spring was considered as a capacitor. but here it is considered an inductor. can someone please explain?

[@edutechguruengineeringlear4280]

th-cam.com/video/97p1eNykIE8/w-d-xo.html

[@joshibastanis1981]

Can u teach electrical analogy of thermal system?

[@hasanalmamun5143]

nice lecture

[@SunoTohSahi]

she is teaching nice actually...but I am quite surprised about velocity vs voltage that she didn't even notice this at once...what she is saying!!!!!

[@GauravGupta-pb8mk]

Thank you mam

[@nanihekejsvbd]

Mech system has output velocity/displacement..

[@ritikrawat7435]

You are continuously referring velocity as voltage here in mechanical system....(which is true but after when we are considering electrical system)😂😂otherwise it is velocity only

[@abhayverma6214]

velocity h na ki voltage ......in mechanical system...please make it correct

[@thezombieguy426]

Voltage across capacitor is 1/c integral(I*dt)

[@aasifkamaal4507]

yes, i agree with u

[@kaushikvankar5228]

Pls mam stop the subtitles it's bad we can't see

[@SunoTohSahi]

and also "interia" instead of "inertia"

[@rakeshkumarreddy4735]

Resistance 1/R we have to write

[@jaisonbaby1257]

Is it voltage or velocity

[@prajjwaljha9840]

damper(dashpot) should be replaced by reciprocal of resistance(1/R).i think she made a mistake

[@adhvayavy3083]

No brother it's correct

[@kamalvv8014]

Common yaaar voltage??

[@i_pramod]

B is analogous to 1/R not R

[@Farseem_Riasat]

same

[@jayashreemm2491]

not voltage..its velocity

[@bhukyagopi3550]

మేడం మీరు తెలుగా?

[@gamingstudio2433]

B={1/R)

[@Education__intertainment]

Velocity not voltage

[@optokyd9683]

Watch it in 1.5× speed

[@csk2961]

Please avoid subtitles.... 😭😭😭

[@edutechguruengineeringlear4280]

th-cam.com/video/97p1eNykIE8/w-d-xo.html