Numerical: (With Firing Order) Multicylinder inline engine | Balancing of Reciprocating Mass

[@shoaiburrehman3196]

Tomorrow is my TOM paper, and im ready for it only bcz of your lectures!!! Thanks a lot....

[@EducationLessons]

All the best for your exams 👍

[@gauravshinde213]

Thank you sir... After watching this session i can able to solve this type of problems ... This problems are ask in our main exam repeatedly....(7/12 marks) Thank you

[@AbhishekKumar-gq3sq]

Explained very well . Yr representation is very excellent. U should certainly write a book as the communication is very easy between students

[@shreeramsingh8332]

Sir... no one can beat ..in front of you.... So easily......

[@rahulpatil6861]

Apki vajah se mera subject clear hua... thank s alot🤘✌

[@EducationLessons]

This means a lot to us, glad to help you ☺️

[@filmymind8878]

bhut atcha samjate hoo...agar machine design apka lacture mil jaye toh aur easy hoga .

[@debadattaroy1942]

This vedio deserves a big fattt like..😵 or idk anything that is rewarding..!!!

[@EducationLessons]

Thank you Debadatta. We accept donations through paytm on our website if you like to help us keep making quality content. 🙂 Also while you are on the website, do read notes that we have for different videos.

[@UMEDebalinaDas]

@@EducationLessons sir in this question I tried so much but I got open forced polygon. What to do sir? Please help me I've exam day after tomorrow

[@hetveetalati2649]

You are a savior! 🙌🙌

[@sayansarkar1611]

Thank You very much sir,it cleared out all of my doubts

[@EducationLessons]

Your welcome 🙂

[@Sadik4love]

Nice 👌🏻 Concept is totally clear 👍🏻

[@EducationLessons]

Glad to help you ☺️ Check out more videos related to balancing and vibration from playlist: kzbin.info/aero/PLwpA_XrwdvgZdUjaiINtHxzw_wIdfO52_ Hope it helps you for your examination

[@kunalbhagwat9180]

Thank you so much

[@930_sourabhjamdade8]

Thanks Sir ...It is very useful to me for my exams...

[@EducationLessons]

Glad to help you brother

[@IITIAN97]

Thank you sir bhut acha lga lecture bhut kuch sikhe

[@EducationLessons]

Glad to help you 🙂

[@pinkykumari348]

Sir there is one question can you please explain.. The four cylinder engine at 180rpm, the firing interval will be as 1/60 S 1/45 S 1/90 S 1/10 S

[@mnm1127]

you are good

[@msah.bsmayaengineering882]

Toyota land cruiser 5 cylinder electronic pump ar engine teke firing kibabe kore

[@tushargaikwad2433]

Thanxx bro nice it video helped me

[@EducationLessons]

Your welcome Tushar ☺️ Check out more videos from playlist:kzbin.info/aero/PLwpA_XrwdvgZdUjaiINtHxzw_wIdfO52_

[@pratikvishwakarma7190]

Sir but text book me force and couple polygon crank position ke uppr se nikale hai aur yaha aapne firing order ke hisab se nikala hai :( Yaha me confuse konsi method follow karu ???

[@sushantkumar-nk6kp]

Firing order diya hai to usi ke hisaab se nuklega nhi diya hai to direct 1;2;3;4;5 continue Mai lenge.

[@cliqs8444]

A 5 cylinder in-line engine running at 500 r.p.m has successive cranks at 1440 apart. The distance between the cylinder centre line is 300 mm. Piston stroke = 240 mm, length of CR = 480 mm. Examine the engine for balance of primary and secondary forces and couples. Find the maximum value of these and position of central crank at which these maximum .....................................i need answer brooo plzzzz

[@sahebgulve7079]

Thank you Sir

[@EducationLessons]

Welcome brother 🙂 Check out more videos on balancing from playlist kzbin.info/aero/PLwpA_XrwdvgZqTZQ7FoqutMxxB5KerAsE Hope this helps you for your examination. All the best 👍

[@maanvendrasingh8965]

can we solve this question analytically i mean without drawing the polygons pls explain

[@EducationLessons]

Yes you can... Here is a link which contains theory for analytical method: kzbin.info/www/bejne/aJWwg2duoqhpZ9U You can refer these steps for analytical method. But we suggest you to use graphical method only because graphical method is short and easy. While analytical method is lengthy for masses rotating in different planes. It contains more calculation and a single mistake can make your entire numerical wrong. So you should prefer graphical method only for Masses rotating in different planes.

[@biswajitpaul58]

What will be the primary crank angel then if we consider a 4 cylinder engine??

[@EducationLessons]

If we consider 4 cylinder engine, then we have to take 180° primary Crank angle. (Because 720°/4=180°) For more information watch at 14:10 in this video

[@biswajitpaul58]

@@EducationLessons please make a vedio o marine engine problems...

[@biswajitpaul58]

How to solve those problems instead of graphical method??

[@18paulo12]

the ideal firing order for 5 cylinders is 1-2-4-5-3!

[@aniketgurjar6149]

Thank you sir ..very much helpful...now I understood how to draw this polygon👍

[@EducationLessons]

Glad to help you Aniket. If you haven't checked the playlist yet then here it is: kzbin.info/aero/PLwpA_XrwdvgZdUjaiINtHxzw_wIdfO52_ Do share this playlist with your friends to help them too. All the best 👍

[@azandeveronica7503]

Where did or how did he get 144°?

[@guruprasadg3360]

Same question I got in exam

[@VikashSharma-mk4kq]

Our rp is centre cylinder 3,but you take rp for angle as cylinder 1 why?

[@azandeveronica7503]

Pls tell me where is he getting 144°?

[@souravjr6955]

@@azandeveronica7503 720/no of cylinders

[@euniceeshun9942]

Great video but it would be better if you could have spoken English to make it easier for some of us

[@tejaspawar4317]

chup be angrej ki aulad

[@dhirajchoudhary8467]

sir the volume of videos is too low

[@EducationLessons]

Will update.. thanks for the feedback

[@harrentiranselvam7773]

Do in English sir ,will be able to understand

[@codernakul]

Hi

[@mlungisichonco2196]

I only understand English please put subtitles 😏

[@gauravkale9948]

Great video understood the whole concept of drawing and solving such problems. Appreciated🫂

[@EducationLessons]

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