LADDER FRICTION SOLVED PROBLEM 2 IN ENGINEERING MECHANICS IN HINDI

[@AnimeEdits_official]

Sir i take the ladder as triangle ABC and i apply Pythagoras theorem it gives me the distance from point A to the ground = 6.40m

[@Unidentifer_]

it is 3m

[@AnimeEdits_official]

@@Unidentifer_ thankyou!

[@efathhasanshapin1468]

You are too good. Want some solved problem on bell crank force analysis

[@ankit1350]

Thank you Sir.. your lectures cleard my all doubts about engineering mechanics..

[@chidambarswain4726]

Thank you sir for your effort

[@abrew_abraham_alex]

hi cant we use pythagoras theorm to find height OA from base OB and hypotenous AB

[@justchill8671]

we can

[@yuvrajkumar9086]

Best teacher for mechanics

[@Abhijeet-lk9td]

we can also solve it by applying the Pythagoras theorem also

[@TIKLESACADEMY]

Yes definitely...No problem

[@gladiator8827]

But bro R(a) ki value alag ati h Pythagoras se solve krne pr

[@SatyaSatya-hz8yo]

@@TIKLESACADEMY thenks

[@AnimeEdits_official]

​@@TIKLESACADEMYsir but the coefficient of friction is changed it comes 0.31

[@SanowarHussain78678]

​@@TIKLESACADEMY sir 4 ka adha 2m distance lena porega app to 2.5cos le liya

[@onesaditya3689]

Sir isme hypotenuse or base diya hua hai..... To ussse hum perpendicular distance nikal sakte hai.... h=5, b=4, then p=3

[@TIKLESACADEMY]

Yes definitely.

[@lifeofficialgamerz]

Kya Pythagoras apply karne se nahi hoga

[@nitishkumarpradhan6847]

Sir, there is a problem in solution in which distance of 400 newton is given 2.5

[@bholadalai5300]

Tan¢=m, ka formula ko used kr sakte h m ki value nikalne ke liye

[@BeautiKumari-bx7jr]

Thankyou sir

[@ABHIMANYUSINGH-nz3on]

thank you sir

[@YouTubepaisa786]

Sai aap bhut acha update ho aap ase hi pdate rhna thanks

[@HUMAYUN__KABIR]

outstanding performance i have ever seen

[@s.rmishra5521]

A uniform ladder 3 m long weighs 200 N. It is placed against a wall making an angle of 60° with the floor. The coefficient of friction between the wall and the ladder is 0.25 and that between the floor and ladder is 0.35. The ladder, in addition to its own weight, has to support a man of 1000 N at its top. Calculate the horizontal force P to be applied to ladder at the floor level to prevent slipping .

[@siddhanathgholave]

Good 👍🏻

[@Vtellswhat]

Sir please make videos on nuts and bolts square and hexagonal ones

[@karshprasad2922]

Thank you sir you explain all the questions very good ...and cleared my all dought in this chapter

[@TriptiAnand_]

Sir, iske aage ke bhi question kra dijiye..! Please

[@TIKLESACADEMY]

Yes definitely.... Please wait

[@simranbains6199]

Thank you so much sir for such a wonderful explanation 😊

[@radhekrishna2477]

very nice explanation

[@jocuptechi7037]

Good morning sir

[@TIKLESACADEMY]

Very good morning

[@SayakDasDCHE]

Sir why we not use (RA×9)-(400×4)?

[@Aashikamagar07]

we should use 2 not 4 or 2.5

[@niwaskumarpandey9685]

Shaft aur lever ka problem krwa digiye n sayad wo force aur force system me aata hai

[@akashnaskar4976]

question dekh k asani se draw kase kare sir?

[@mjsub]

Hlw sir wedge friction and belt friction ka video kab ayega

[@shashank_d_a]

Thanks Sir....Very well Explained in a best METHOD

[@qureshiayaaz8]

Ra*3 hoga na Force ra * perpendicular distance OA

[@jagdishsah4437]

Thanks sir

[@TIKLESACADEMY]

Thanks for watching

[@sansuslifestyle]

actually thetha was not needed to find pytha. se bhi solve ho jata

[@thesumitraj__]

Thanks Sir.. bt please Sir Upload More different Different question based on different types of friction...

[@shivangjaiswal1409]

Sir agr angle upar Diya hai hai to rule follow nhe ho rhe hai

[@TIKLESACADEMY]

Angle Agar horizontal ke sath Diya Hai To hi ye rule apply hota hai. Agar angle vertical ke sath use karna hai to iska opposite Rule use karo it means horizontal force ke liye distance into cos theta and vertical force ke liye distance into sin theta. Theta is the angle with vertical.

[@uniquesunny2001]

Sir wedge friction ka numerical ka video upload kijiye 🙏🙏

[@s.rmishra5521]

Solve this question sir...

[@chosenthings1]

Sir which book you using

[@yuvrajkumar9086]

So nice video 📷📷

[@sahananaik4920]

Thank you sir..ur teaching helps to easily score in elements of civil engineering..

[@akkalb.mandel120]

sir namaste i'm from nepal i need solution of electrical numerical 1 rms value 2 network 3 kvl kcl

[@lifeofficialgamerz]

17.53

[@anirudhyellapragada7689]

sir which book u follow for sums?

[@sarojbarik1462]

Thank you sir

[@shaikmodinsab3535]

Really beautiful explain sir

[@TIKLESACADEMY]

Thanks for watching

[@khimeshbadiye5591]

Nagpur university Engineering Physics lecture upload ...plzz sir🙏🙏🙏🙏🙏

[@PNikshitha]

Thank you sir ☺️

[@Ashishkumar-vb7qh]

question mein diagram v diya rhega???

[@Pikachu77504]

Ys

[@sumansadhukhan3962]

Nice Explain 👏

[@rakeshhotker4762]

waiting for more videos, sir exams are ahead

[@TIKLESACADEMY]

More problems will come soon....please wait and keep in touch

[@aniketrajapure8251]

SIR 5 nahi 3 aayega please check

[@sshristi1229]

very helpful thanku

[@aniketrajapure8251]

at16;55 time

[@VIP__technic]

I like your one digit when you speak it digit is 5 😂 (faiuu)

[@pankajrana3702]

Nice sir 👍👍

[@Jor-hl3rr]

7.9lakh logo ne vedio dekhi hai but like 👍 nahi kyaa😢

[@yuvrajkumar9086]

👍👍👍

[@dhanrajyadav2446]

Sir video bhut lengthy hoti hai ......even though small point ko btane mai bhut jada time le lete hai ......1.75 speed pe bhi video smjh aa jati hai ..itna time jata hai plz app ess pe bhi dhyan de .....kyu ki itna time nhi hota ....

[@saiannamalai3161]

Need in English

[@venkateshrathod2182]

Moment at A lekar solve kiya ans mu=0.83 aaya Fb=333.33N moment at A lekar karna technically correct hai @TIKLE'S ACADEMY

[@astutearnab]

Although you could use the Pythagoras theorem to save more time 😂

[@SayakDasDCHE]

By Pythagoras theorem the answers are not matche

[@ionicgaming705]

@@SayakDasDCHE you are right bro. answer won't match

[@Vtellswhat]

Please sir

[@HassanDinbalidinbalihassan]

غلط است

[@gladiator8827]

Sir Pythagoras se solve krne pr answer kuch or ata h

[@TIKLESACADEMY]

Answer to wahi aana chahiye

[@shivangjaiswal1409]

Sir apka whatsaap no De dijiya

[@self_official]

Sir aap kuch jyada hi explain karte hoo😡

[@stszed1118]

2x v fika pad jaye bc

[@sahilpatil910]

😂

[@Towardsmuscles]

Sir this solution will become very small when you only resolve horizontal and vertical forces and taking moment along the floor point

[@drlsgffknow4644]

Thank you sir