Problem on Mechanical Translational System Including Friction

Problem on Mechanical Translational System Including Friction
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Lecture By: Mrs. Gowthami Swarna, Tutorials Point India Private Limited

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[@ethan073]

Thank you very much for the clear explanation from Nashville, TN, USA

[@vivektandel3198]

mam I think you did a mistake in taking transfer function when you apply x1(s) value in f1(s).please check mam may I am wrong.great video BTW.

[@nevermind2720]

yah it is wrong

[@thirunavukarasu.m4626]

I don't care of small mistakes
Your teaching is very very very good
I understood the concept
Thank you😊 very much

[@bavuyisezakes3231]

what a powerful woman in engineering , thanks a lot your layout is always easy to follow 🌹✔

[@Er_shailendra_Yadav]

Only 1 lecture cleared my all doubts

[@mdasifuddin2062]

Ur Patience And simpliness justt Fabbb! thanks alotttt madam,huge respect to u🥰

[@dark_side540]

wao what an extraordinary lecture. huge respect from pak.

[@samjosephyglesias4911]

Just a minor error. However the process is good. Thank you so much

[@confuseengineer1858]

When we combined both eq 1 and 2 why you do not multipleid x1(s)[s^2m1+ab+k1+k2]

[@viveksaibhukya.2052]

Yeah ...that why iam getting confused.....thank-you...brother

[@RUHAAN-ur1bl]

yes ... I am also confused..

[@amRich_254]

yes even me am confused but the approach is ok

[@akshayk6691]

Yes why didn't she multiply

[@gumpulasravan2152]

Yes even I'm also confused

[@kaveeshakarunaratne8961]

The process was explained well but a mistake is being made when substituting the value of x1.

[@lokendra_singh_1186]

Yes

[@technicalkharwarrasdevsingh]

You are a great teacher and lovely teaching... Mam love you...

[@ermalx.berisha2154]

Good example and well explained.

[@RescueismyfavBreed]

The best tutorial ever 😊 helped me a lot. Thank you Ma'am.

[@danieltesfaye5312]

love you send to me your email adress and i help you pleas

[@TECHV-tw6qp]

Txss mam for your effect and best explained i cleared my 8th sem and gate also👏👏👏👏

[@AJ-et3vf]

@ 13:20, LT{fB2} should be B2*s*X2(s). The s was missed out, but otherwise, great lecture video as usual!

[@rahimullahkhan6816]

Thank You Mam! I have learnt a lot from you. I really appreciate your work and struggle. (The most important thing is the concept, everyone can do the simple algebra by his/her own)

[@Nagaseshareddypalla]

Thank you madm

[@b1genius]

After substitution of X1(s) to F1(s), where is the X1(s) multiple (M1s^s +B1s+k1+k2) in final equation?

[@asyrafzlkln1701]

jboy do cramers rule. It's easier to get transfer function

[@ajithbhaskar1669]

I too didnt understood

[@RimruTemPest433]

exactly brooooooo

[@aniket0048]

I have same difficulty

[@alinediantamikesuma7128]

she forgot to write it down

[@robsonjele5086]

lovely stuff, just correct your fraction at the end. You left out the term with M1. But thanks so much Mam.

[@vibinjacob4610]

Spring mass system, Eign Values and Eign Vector
ua-cam.com/video/xzD0DsABMiU/v-deo.html

[@leonardmboloma5281]

Yes she left one for M1 so I thought I was wrong but thanks

[@gayatri6203]

Yes she left that

[@LavanyaMummana-v4o]

Good job what you are doing

[@valadonanhou2994]

Madam, you forgot other them when you were doing the substituting of X1(S) into the final equation of mass1
Thank you

[@mwendadavid7722]

REALIZED THE SAME MISTAKE

[@athampemvana6911]

I've been missing lectures. These videos are very helpful... Thank you so much ma'am!!!!

[@enamkhan1554]

Thanks, very helpful video... Best of Luck..
Love from Bangladesh ❤

[@elsagolzales2261]

thanks mam, love from Bangladesh

[@nehalraikar1404]

Substitution of x1(s) in equation is incorrect, where is reaming part written as in original F1(s) equation.

[@devinagendraadapa5532]

Mam you left something in between while Substituting X1(S) in F1(S) ..
But it is clear to understand everything

[@devinagendraadapa5532]

Not something but you missed one thing😄

[@aniket0048]

After substitution of x1s where is the remaining term

[@filipebemba2410]

apply crammer rule

[@Harshapeddinti-fo3ub]

At 15:00 make a mistake.

[@shailendrayadav8864]

When we put the value of x1(s) in the equation of f1(s) you not write the second term of this equation...

[@jayakrishnathirunavarrasu6877]

Nice teaching mam..thank you..👏💯

[@abhijitghurde6024]

Mam aap excellent Padhate ho........... Bt hindi me hota to hum jase student ka bhi bhLa ho jata

[@pradumnnishad7310]

Amazing teaching maam

[@akhilattractsu7132]

in last sem u helped me on edc knoe control systems thank you mam

[@presto_zw496]

great video but you made a mistake on substitution

[@almirs.4312]

Great explanation, thank you very much

[@shailendrayadav8864]

But you explain very good and I understand of all of this ..👍👍👍👍👍👍👍

[@marybardjotetteh245]

God bless you madam

[@naveenwanigasundara2206]

best tutorial ever 😊 helped me a lot. Thank you Ma'am.

[@emmanueleno9163]

when substititing X1(s) from the M2 free body diagram, you missed the content in F(t)

[@amRich_254]

M2 it does not have Ft since no reaction force on it check the previous tutorial

[@lokendra_singh_1186]

M1s^2+b1s+k1+k2 bhi aayenga final equation me

[@ثامرحيدر-غ4ع]

شكرا خالة

[@Farseem_Riasat]

Madam, is there any basic video ?

[@christyzachariah1301]

i think you forgot the remaining terms when you substituted for x1(s) in the first equation

[@shaikimtiyaz4226]

Yeah i want to say that...

[@Rkbittu]

Yeah me too..Last step is wrong

[@Tirumadivaraprasad_B_]

thankQ Man for. Great explaining

[@divyadevabattula3486]

tqqq mam excellent explanation ........

[@pythagoreampiah13]

Can I get more questions on that for better understanding

[@eleazarmfonobong4941]

Thanks a lot Ma. But please why is frictional force represented here as Bdx, when , Bdx looks like workdone

[@tharasias9849]

Good teaching mam

[@taseenhaider3961]

mam its third law that applied equal to opposing forces

[@yohoshuvasomala3072]

awesome explanation madam

[@Tigrayspells-]

best and precise !!!

[@49preritmathurkar43]

Mam M2 is in air so why we take B2 as there is no surface contact plz clear my doubt?🙏

[@rayamukherjee8261]

nice ma'am just a small mistake is done by you in the last. please correct it. Thank you.

[@AJ-et3vf]

These videos about problem-solving examples for translational mechanical system are not included in the Control System playlist. I only saw this in related videos while watching.

[@kscutie5342]

I'm cleared 😊 tqu sia

[@shwetharamesh6701]

Thank you Ma'am

[@ranjitasuppaladinni2000]

If the block diagram have 3 mass body then what will we write for centre mass body on left side

[@sudhas4645]

Thank you good explanation but last step particularly, substitution of X1((s) not understand.

[@dinostsakalakis]

if we had a third mass m3 respectively attached to the other two objects we would have x1-x2-x3, right?

[@ssn4936]

Thank you so much ❤❤

[@bernardoalmeida5396]

I am wondering how after subst X1(s) the terms multiplying it disapeared ... how?

[@SK_SARKARARMY]

You missed a part form equ 1 at the end

[@sandeepponnusamy7093]

Thanks you for the tutorial 🤎

[@subashbose2452]

Super sister you vera level

[@agmuasabraraw6318]

the direction of B2 is the opposite of the k2 and B1 for mass 2 please check on the FBD of mass 2

[@aravind.a123]

Maam if one body has roller which force will be zero??

[@XxPhenominonxX]

Excellent, thank you!!

[@نورالدينعليعلي-ك6ت]

Thank you 🌸

[@threenath1735]

Shall we add fb1 and fb in M1 ?

[@nikitakotkar3490]

Dear mam, at the end u only substitute value x1 but the remaining term u forget to right please recorrect it.

[@-Asindhu]

If we force applied at m2 then what is transfer formula

[@gujjugando]

there is nothing for wheels which are under M1??
please reply fast tomorrow is exam....

[@gujjugando]

please fast

[@medishettypavankalyan1384]

Bro how u wrote the exam bro

[@gujjugando]

Medishetty Pavankalyan gtu ka paper tha bhai usme aaya hi nahi ye wala question

[@brightonmare]

thanks so much very clear

[@shwetahegde8850]

Nice video

[@-NeelimaPravallika]

After substituting X1(s), u left the remaining term

[@GauravGupta-pb8mk]

Thank you mam

[@dragonhot6951]

thank u very very much mam

[@mrinmoypatra271]

Thanks mam, only need to include M1 terms

[@parjapatibhushan5554]

Maim aap ka answer wrong hai. Kyu ki aap equation 1 me jo x1(s) ka value Khali put ki hai. Aur ausame aik term chhor diai hai. M1s^2+ B1s +(k1+k2) term hai jo aap chhor di hai. Please video mistake maim🙏🙇‍♂️

[@parjapatibhushan5554]

Please reply maim

[@shaanweerasekara4678]

What is the name of play list of including that vedio

[@shahdsg4527]

Thank you very much
I want to ask about when we write the spring force ,
K(x1-x2) or K(x2-x1)?
How i choose which one of them
Please help me!

[@clarrrrk8691]

It depends on the reference point, if M1 is your reference point then k(x1-x2)
But if your reference is M2 then k(x2-x1)

[@HimanshuSingh-ge1pe]

Why is the force fk2 in FBD for M1 is from bottom?

[@ek5794]

You made a miatake whilesubstituting x1(s) in equation 1 one term was missing

[@dragonhot6951]

MAM ,Why ? X2(s)/F(s),why not X1(s)/F(s).

[@fastrush1695]

thank you

[@RimruTemPest433]

where is x1(s)'s multiple (m2s^2+(b1+b2)s+k2

[@pradumnnishad7310]

Thanku ma'am

[@dudhatbhautik2682]

in the first sum how the force of spring k1 which act in the vertical direction

[@JB-op3tc]

someone pls explain if the M2 mass is hinged with another spring K2 at the end. The reference shows the force acting by M2itself will be reversed then ..How is it coming so?

[@mefoozullah8341]

Thanks

[@viswanathananand1312]

hi, nice explanation
i can't understand the f1(t) concept.

[@ToxicBullet95]

Thank you so muuuch!

[@sooooleh]

when do I need to use Coulomb friction (f = b * sgn (Xdot) )?

[@Ajjith]

How equation change when dashpot and spring come in series ?

[@rashmipatange1770]

Best video mam.... thank you mam

[@Rkbittu]

In last step substituting X1s You forget the remaining terms..

[@ravikumaresarapu7197]

Explaination was good but at substution of x1(s) was wrong. Please correct it

[@gregs_b]

Thank you!!! Absolute legend

[@saikiran0311]

How the fb2= B2.dx^2/dt came

[@broden5133]

Why is the FBD like that???????