Statics Problems | 2-1 to 2-8 |Resolution of vectors into Rectangular Components | Engineers Academy

[@EngineersAcademy2020]

Kindly like, share and express your views in the comments. Thanks.

[@arashghahremani6922]

you are a real life saver

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Keep watching my videos and share with ur colleagues.

[@EngineersAcademy2020]

@@hik7325 what do u mean ?

[@ikramaslam2554]

Yes slove question by take some time because it is need to see understand and comprehense the question . So it will take 10 15 seconds

[@dagememnete1006]

on the 7th question, angle teta is 26.2, and keep up the good work

[@rasuol4624]

Thank you very much, creator. I am very happy that you translated the video into Arabic ❤️

[@nooralhudaraad8331]

Hello, I am of Arab origin, and I found your channel and found it very useful for me because I study engineering, but there is a problem with the language and there is no translation for the videos.

[@spjoker5491]

Bro use captions ❤

[@bhoominathan1981]

Your videos are more useful for teachers as well as students

[@dargaimalakand9455]

Good Job, true teacher of statics. Also start making videos of MOM-1(Mechanics of material)/solid mechanics. I can share problems(questions) with you, which are taught in Mechanical department, UET Peshawar.

[@EngineersAcademy2020]

Thanks! I will try my best!

[@Raheeq-hx5vh]

​@@EngineersAcademy2020Please, can you please translate it into Arabic?

[@deepushah7795]

A beam with length of 1 m is supported at both ends by a pin constraint. The beam is subject to a distributed load with triangular shape from x=0 (position of the left constraint) to x1=0.5 m, with maximum value f=60 N/m reached at x1=0.5 m. Then, an additional distributed load with triangular shape acts from x1 to x2=0.8 m, in which the magnitude decreases from f=60 N/m (at x1) to zero (at x2). (a) Sketch the free body diagram of the system. (b) Determine magnitude and position of the equivalent concentrated loads for the distributed loads. (c) Determine the constraint reactions at both constraints. (d) Now, assume a value of 8 kg for the mass of the beam. Determine the constraint reactions for the same configuration (with the distributed loads as described above), taking into account the weight of the beam (assume homogeneous material across the whole length of the beam). Can you make it for me plzxx

[@muhammadmusa3579]

Thanks you Sir for such simple explanation.

[@BuniyaminuIsah]

I want to say thank you from Nigeria (Africa)for helping me in my exams particularly on applied mechanics. But in another case, I'm struggling with thermodynamics and I wish there was a KZbin channel for that like yours or do you know any????

[@doubleice9678]

Sir! can i ask a quick question around 28:26 mark. How does the angle became 206 degrees? As i solved tan-1(-1.598/-3.23) the result shows 26.3232 ?

[@EngineersAcademy2020]

Sorry this angle is 26.3233 but the resultant is making 180+26.3232 degrees with +ve x-axis

[@samaralobaidy7260]

ربنا يجزيك الجنة😍😍😍💚💚💚💚💚💚💚💚💚💚💚

[@Raheeq-hx5vh]

كيف فعلت الترجمه للعربي؟

[@hanbalhussain5376]

Good work sir keep it up

[@EngineersAcademy2020]

Welcome! Let me know if this helps you in building ur concept?? Also share knowledge.

[@saifyousafzai9442]

Great work sir 👌👌👌We waited a long for this subject...Thanks a lot sir 😇

[@EngineersAcademy2020]

Keep watching

[@saifyousafzai9442]

Engineer's Academy InshAllah sir😇

[@haftuberhe4433]

simple way explanation sir thank you but also for 8th edition pleas

[@NtlakuBaloyi]

i would like to thank you for helping me understand this better

[@muhammadsaboor1142]

Gonna watch the whole series

[@muhammadsaboor1142]

Just wanna tell you that you are doing great!

[@ghusharibabbas6058]

Sir how the theeta value is 206 degree in numarical 7 ...i need to know because even after conversion to degrees my calculator shows 26.3

[@EngineersAcademy2020]

Sorry theta with the positive x-axis is 206 deg where 26.3 deg with the -ve x axis

[@abdullahsher5039]

So how to find theta then

[@techzilapro1570]

26.3 +180 = 206

[@ghusharibabbas6058]

@@techzilapro1570 😅 im receiving notifications even after an year 😅

[@rakhmatdwiprihantono1847]

thank you sir. From indonesia

[@EngineersAcademy2020]

Always welcome!

[@samtenwangmo8733]

Thank you it was helpful and understanding keep it up la...

[@User-db2hs]

Thank you so much sir🙏🙏These videos are very helpful.

[@EngineersAcademy2020]

All the best

[@SohailKhan-xx8wi]

Very nice sir. You are great.

[@devvratvichare3182]

Very good teaching

[@Waseemkhan-pf7wu]

Thank you very much for such videos

[@MuhammadAnwar-iz8xz]

thank you sir... It is very helpful for us.... Sir upload more numericals also. . . .thanks

[@EngineersAcademy2020]

Welcome!

[@sheherbano9487]

A.o.a sir I have a question. Can I ask you? The question is about the problem 2/8. My question is that the direction of F2x and F1x is towards each other at the center (point O), why? Shouldn’t we apply head to tail rule here to draw Fxs? I mean the direction of F2x and F1x opposite to each other (away from the center).

[@sheherbano9487]

Same question for the question 2/6

[@EngineersAcademy2020]

The line of action of two given forces is passing through point o,the components of both the given forces will direct towards o also the angle of F2 with the x-axis is not known, its is asked that find the unknown angle. in order to make resultant vertical the x components should be equal. We can't apply head to tail rule for this problem directly. I hope u would have understood.

[@EngineersAcademy2020]

@@sheherbano9487 Kindly go through this too. kzbin.info/www/bejne/j4GVeXWrd7yarKM

[@ansaralishah9752]

Great job sir thanks for helping us

[@EngineersAcademy2020]

Welcome! Share and keep watching!

[@satyashilpatil5606]

Very well sir

[@EngineersAcademy2020]

Keep watching

[@danyalshafiq5558]

Sir you are Doing a Great job ❤ Sir I have question in 2/4 problem How can you take the coordinates of C like (300 and -100) ? any Special Thinking? kindly clear it to me 😊❤

[@EngineersAcademy2020]

Point c is below point b ( straight vertically downward) and in front of point a ( straight in horizontal direction) so the x co-ordinate of b and c will be same and y co-ordinate of a and c will b same. Just draw it on page and think.

[@danyalshafiq5558]

Thank you sir ❤

[@EngineersAcademy2020]

Always welcome keep watching and share with ur friends

[@sketchbe2513]

thanks bro . May allah bless you

[@fizzahyousaf6857]

Please upload more videos on this book just amazing may Allah grant you success

[@EngineersAcademy2020]

Majority of the problems are solved, visit my channel.

[@AdilKhan-xm9sc]

thank u for help with us sir g

[@EngineersAcademy2020]

Always welcome

[@jemilaabdou9881]

life saver!! Thanks a lot!!

[@عبدالرحمنخضر-ه2ذ]

شكرا جزيلا❤❤

[@hashamnoor1234]

Can some recommend me a video related to find when (Fx get cos) or (Fx=Fcos0) or when Fy=Fcos0 when angle is not given

[@a.kcomedy6131]

great work

[@EnchalewMengist]

How to resolve first forces in 3D dimensions into vector components

[@EngineersAcademy2020]

Alot of videos are done on this topic, search in the playlist

[@dargaimalakand506]

No other videos like yours are on youtube

[@EngineersAcademy2020]

Really thankful! Need ur support.

[@sirajkhattak4802]

Was waiting for it sir thanku❤️❤️

[@EngineersAcademy2020]

Keep watching!

[@muhammadsunaid1098]

thanks

[@soubanjaved5654]

Sir make videos on how to solve numerical easily

[@ahmaad3985]

Sir have you uploaded lectures on engineering dynamics if not then can you please tell me from which online platform should i take lectures.

[@marahalzoubi7752]

In my university we must study from 14th edition , is there a lot of different with 6th ?can I depend on your videos?

[@EngineersAcademy2020]

i think ur talking about statics by hibbeler, this is not hibbeler. You can find 14th edition hibbeler videos on my channel playlists.

[@marahalzoubi7752]

@@EngineersAcademy2020 yaa, I found it Thank u so much 💓

[@cieloves]

thank you sir.. may i know the name of your reference book?

[@EngineersAcademy2020]

Engineering statics by Meriem

[@NahomTsega]

Nice

[@mohamedfaisal6991]

3.61KN

[@Waseemkhan-pf7wu]

Kindly if you have video of problem 2.142 of this book plz share the link

[@EngineersAcademy2020]

Search problem statement

[@josefelicianochoquecapuena3747]

Thanks a lot

[@EngineersAcademy2020]

Welcome, share with your friends too

[@digantasadhukhan5886]

These problems are from which edition?

[@EngineersAcademy2020]

I guess its 6th edition, but u can find the same in 7th edition

[@digantasadhukhan5886]

@@EngineersAcademy2020 no..I have the 7th edition there are some changes

[@EngineersAcademy2020]

Seventh edition is also done

[@digantasadhukhan5886]

@@EngineersAcademy2020 ok...thank you very much sir🙏

[@Danieldg2Daniman]

keep up it

[@NdumisoKhanyile-dp4lr]

sir may you please do 3D force systems from the book statistics by J.L Meriam

[@EngineersAcademy2020]

They are solved. You can check channel playlists.

[@EngineersAcademy2020]

Also you can search problem statements

[@moshumiahmed3162]

Thank you so much....thats all i have to say :)

[@EngineersAcademy2020]

Welcome keep watching!

[@ahmaad3985]

Assalamualaikum Sir how are you doing 😊

[@nsm99_x43]

Sir , I don't understand that why X and Y was in minus direction in question number 2/6 . Could you please explain it ..... Thanks in advance.

[@jo12-74]

what makes TB to in the in the above direction in question number 2/5

[@Mr-bl2sy]

مو شرح ضيييم ❤️❤️❤️

[@EngineersAcademy2020]

Share with your friends too

[@razarazzaq861]

Chap 2 sample problem 2/2 7th edition. Please explain

[@EngineersAcademy2020]

Already explained i think. Search this playlist

[@razarazzaq861]

@@EngineersAcademy2020 Can't find it, please send me the link

[@EngineersAcademy2020]

@@razarazzaq861 okay i will do it for u. You are from which university?

[@dreamvlog169]

Plz sir 12th edition problems prepared us sir plz this book is very difficulty 🙏🙏🙏

[@zabilonlukas]

thanks bro!!

[@EngineersAcademy2020]

Welcome

[@mariajosebonilla8915]

very good your videos, could you help me with exercise 2/158 part b which is exercise 2/168. please, have a nice day.

[@EngineersAcademy2020]

Search for the problem statement u will find it.

[@AbdoZaInsert]

2:00

[@orur2286]

Love your videos! i´m really struggling with problem 4/125 in 7th edition. it would be awesome if you could help out

[@duzgundiyartop201]

Sir, I couldn't find the chapter 7 videos?

[@جيليتعلم-د1و]

may anyone tell me what is the different between the edition ?

[@jersonrodriguez9156]

2/ 251 Please!

[@EngineersAcademy2020]

Search for the problem statement. Chapter 2 has max of 157 problems.

[@imadrasool354]

ohhhhhhh

[@assagar11]

2/47 not in your Series😟😟😟

[@EngineersAcademy2020]

It might b there search problem statement in KZbin search.

[@assagar11]

@@EngineersAcademy2020 G Thanks Sir

[@saqlainsandhu9948]

O Baii Kouch theek method sa smja Student ko

[@zainabmasood4568]

you need to learnf Fx =fcostheta

[@EngineersAcademy2020]

Fx is not always Fcostheta, ur new to this subject.

[@EngineersAcademy2020]

Watch this video, kzbin.info/www/bejne/j4GVeXWrd7yarKM

[@huzaifayaseenkhan1768]

Plz send me 6 th edition of this book

[@EngineersAcademy2020]

arslanhelpyoucom.files.wordpress.com/2016/07/engineering-mechanics-meriam-kraige-6th-edition.pdf

[@huzaifayaseenkhan1768]

@@EngineersAcademy2020 thank you so much

[@mela27-g5e]

can i get 6th edition mechanics book pleas?

[@danyalshafiq5558]

Sorry C (300, -200)

[@EngineersAcademy2020]

Sorry can't get u. What are you talking about.

[@moustafahamed.593]

Hello doctor, provide us with an Arabic language, because we do not understand your language. Thank you

[@nooralhudaraad8331]

بضبط حتة انا

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please share solution pdf of this book

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Please speak English.

[@Mousa-d3o]

We need solutions for

[@Mousa-d3o]

Friction static William mechanics

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Write complete name of the author

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