Static Equilibrium: concept

This video introduces the concept of static equilibrium in physics and a basic strategy to solve these static problems.

[@sammy-er7on]

I don't usually comment BUT THANK YOU, teachers love to skip the basics but this has helped immensely

[@mrm2662]

Over soft spoken and i loved it. Your voice such a peaceful. Great teacher!

[@nancyliu5099]

Very straightforward, your video answers most of my questions. Thank you so much! =)

[@johnwilson1754]

Thank you so much for explaining the concepts clearly. You are blessed with a very peaceful voice.

[@yourfavoriteweapon92]

Thank you very much, Dr. Cash.

[@SunShine-ry2zp]

Thank you for sharing your knowledge with us

[@puterimalaysia9]

She sounded so lovelyyy. I feel loved. Oh i love physics and you mdm! 😗💕

[@thehayleysociety]

Thank you so much! This video helped me understand the entirety of the equilibrium unit in my physics class. I missed the basics and never grasped the concepts until now.

[@nikeshdeshmukh8072]

Beautifully explained

[@marissabonilla4963]

YOU ARE AMAZING, PLEASE MAKE MORE VIDEOS. YOU HELPED ALOT. THANKS YOU

[@ibrahimqahtan1394]

U do not deserve the 30k subs. I would say at least 10 million for ur incredible explaining. Thank u so much and keep going. I have been watching most the vids on KZbin and I couldn’t understand at all but thank to god then u , now I can solve some problems for it

[@RichardSneed]

Excellent and extremely valuable

[@dracodblackpiston3828]

Amazing ...plz upload more content

[@kellytownsend4526]

fantastic! Thank you!

[@MoorishBandit]

Terrific work

[@radhihadi236]

thank you, u help me a lot. i love it

[@prisha1100]

TYSM THIS GAVE ME SM CLARIFICATION!!!!!!

[@ibrahimconteh8368]

It really great

[@mahendravidhate5134]

Pronounciation is very perfect

[@davidzenge5776]

Thank you!

[@josephuchendu7074]

thank u. I learnt so much

[@angelu_lwqv]

Nuestro profesor de mecánica nos "enseña" enviándonos puñeteras hojas de word a través de Microsoft teams, por lo que este video es muy útil.

[@user-rj1go6zw6e]

Perfect❤❤

[@danielmasunungure]

Thank you so much

[@NeilNileStudios]

THank you

[@aimanakim3914]

thanks madam u make me become more understand well

[@vLogPhase]

Thankyou Mam.

[@oswardmkisi1330]

Thank you 💕❤️😊

[@nasiruddinaiman8826]

I read this before my physics test. It's very useful for last-minute study😂

[@johnkupa8885]

Thanks a lot..

[@davidtiwa2376]

It just perfect

[@doniaabdelmigeed2250]

I love it ❤️

[@doaamohammed7202]

💙

[@aonoymousandy7467]

a very beautiful voice =)

[@fenudyasanding3600]

So, there is no normal force from the object mom?

[@arimardansingh2186]

Thanks mam

[@violetbyrd1956]

why isn't there a normal force on from the mass on the seesaw?

[@DrJennCash]

You are technically correct. There is a normal force every point that a solid object is in contact with another solid object. The force of "the pivot holding up the board" at the center is actually a normal force (I drew in that force but didn't specifically call it a normal force). The force on the board due to each of the masses is actually a normal force. For the two block-masses, they each have gravity down and normal force up, holding them in equilibrium. The magnitude of those normal forces is equal to their weight. The board actually has the normal force down due to each block pressing on it. Since those forces are equal to the weights, it is calculated the same as using the weight directly on the board, but it is not technically the actual gravity force.

[@rawandreams3995]

your voice is so low! but the video is so useful :)

[@faithigbineweka1510]

Is there a part 2?

[@saqibsafi6806]

A 1000 kg overhead bridge passing over a big canal is hanged by two 13 m long ropes as shown in the figure. Apply the knowledge of statics to determine the maximum number of people which can be allowed to pass the bridge at a time. Assume the average mass of a person to be 60 kg and the mass of all people to act at 50 m left from center of gravity G.

[@saqibsafi6806]

If u can so solve the problem plx

[@littlef8408]

THANK YOU SO MUCH,

[@wowcraft3179]

Could you pls tell me...why isn't there a reaction forces to the masses .

[@fatima.m3730]

Why don’t we have a normal force for mg1 and mg2?

[@johnryanalegre8118]

good day maam. how can we determine if the system is static equilibrium or not?

[@wowcraft3179]

Can you please tell me why isn't there any reaction forces to the masses

[@josephuchendu7074]

is there the opposite of static equilibrium

[@sollinw]

[@mahammednooruddeen8306]

Low vice embracing

[@abigailball7675]

Watch at 1.5 speed

[@primestartrading1234]

you gotta one more student

[@calllebdavvvies2135]

This was so unhelpful

[@otshegofetsemasilo6406]

The subtitles are hiding important information!!

[@mave2789]

x 1.5 speed. thank me later

[@rishabhk.7322]

Bakuash