Statics: Lesson 1 - Intro and Newton’s Laws, Scalers, and Vectors

[@scorch0012]

the amount of engineering students owing their degrees to this man is crazy high. you sir should be getting grant money

[@s.t.a.r.d.u.s.t.8]

Nooo, what are you saying? Humans needs to pay more to football players. Who the heck is academitians or scientists, football is much more important for everything in the universe

[@Joedex1625]

is this guy really good? I need a lot of help to get through my class cause I havent done any physics for over 10 years

[@ragnarlothbrok6324]

@eternal footman you sir

[@scorch0012]

@eternal footman good to know you sir

[@zainabfarhan5823]

fr I have my midterm soon andthis guy getting me thru it fr

[@snicker.doodlez]

I love this dude's attitude, makes studying less sad.

[@abhyudayaraj575]

yeah ,he is cool

[@sinankhani]

Yeah

[@sth_unique]

Yeahh, kudos to him

[@billk8579]

My grandson is finishing a course in statics. I wish he had seen these videos first. I am viewing them to try to understand what this is all about. Thank you for taking the time to present this. They are really well done.

[@mathewsusan2009]

I had the privilege to be Dr. Hanson’s student from 2007-2011!!! He is one awesome person and who truly cares for his students. He used to spend lots of time helping and mentoring students that needed help!!! He is the best🥰

[@roksop]

Jeff- your videos are lifesaving. My school is doing fully online learning and my statics prof is only posting pdfs for the material (no lectures, crazy right?!). I was struggling until my friend sent me your videos. Bless!

[@Big_Vasia]

try recording using a screen recorder software it helped me but im still learning through watching more lectures via youtube so whatever works i guess

[@jmn6174]

You should have found a new school.

[@roksop]

​@@jmn6174 unfortunately, some people don't have the disposable cash to switch schools on a whim. for me, switching anywhere besides community college (during the pandemic) wasn't an option. That's why videos like this are so important!

[@Quorvyn1]

This man radiates engineering energy from his looks alone, you know the video's gonna be so good.

[@waynethurman2144]

I love that you do not try to make me feel stupid or inferior; that is the sign of a great and sadly unusual teacher!

[@arteggers1]

I took my Statics course at TTU CE Dept! I graduated in 1984 with BSEE... this course was by far my favorite engineering undergrad course!

[@tiaanjansevanrensburg143]

This is amazing thank you, with our university being online its difficult to learn but this series just made my statics module much easier.

[@berndblume3335]

Fellow UNISA PHY1501 student?

[@tiaanjansevanrensburg2762]

@@berndblume3335 No, studying at UP SWK122

[@tmoneytechnic]

Same here, at VT though lol

[@brandonw4854]

@@tmoneytechnic bruh same; got your test thursday? lol

[@tmoneytechnic]

@@brandonw4854 Mine was today. I finished with less than a minute lol

[@ItsTopCat]

“Maybe that’s why they call them pliers as in multi-pliers” I was today years old

[@MiszJANAY]

Ugh, you're a lifesaver! You have no idea how much you've helped me. Amazing work! and I love your humor!

[@JesusSavesRepent]

I am here as an engineering student (class starts 23rd of Aug) at the request of my instructor (extra learning materials) and I was afraid of the course, but after watching this video... Im gonna watch the second one because I am still afraid. Thank you Mr. Hanson.

[@user-qy6tu9ip9v]

How did you do?

[@peymanrstg3261]

Love you professor ....your videos and KZbin channel helped me a lot ...im using your videos about 4 years ...thanks a lot

[@cbkt35]

DAMNNNN THIS VIDEO QUALITY !

[@kneek0o]

Thank you very much Dr.Hanson ! I passed my Statics class with flying colours! Now onto Dynamics & Mechanics of Materials. Not possible without you.

[@deranged4610]

It is very amazing how Sir Jeff makes everything fun and seems very easy Thank you Sir!

[@Mega8868]

Thank you for doing this! You demonstrate everything so well.

[@mushkiroytman421]

You are awesome!!! A series of fluids can be amazing!!!

[@zhahn389]

That pliers bit blew my mind

[@حسنفالح-ج3ز]

thank you

[@cher4057]

wouldnt be failing engineering if you were my professor omg hope I can pass my statics test this time

[@virtualbummer]

wish there were more professors like you, love your videos

[@asadullahsaleh1271]

This is amazing. Sir please start structure analysis.

[@eileengracerito3610]

sir u are so hilarious! im so happy to see ur channel! now im back to learning with happiness and not anxious. xoxo

[@patrickdrhallihan5429]

You are a wonderful teacher and entertainer.

[@adriansabat]

Yes please! A series on fluids!

[@dylanellul7146]

Thank you very much for doing these videos. Keep on doing the great work as you are helping lots of people who didn't understand this topic at University. We need more people like you in this world.

[@grandlong5462]

It is an amazing demonstration! Thank you

[@pseudorealityisreal]

Loved the lecture - enjoyable and definitively some were counter intuitive problems.

[@rishabramaswamy5761]

Thank you for the wonderful explanations Jeff!

[@Peteyjames]

I don't do caps... BRILLIANT!!! simply brilliant to nail it in simple terms. Whoa man! You could describe Math 55 if that was possible. I'm blown away at this moment. Why are they called pliers? Whoa. THANKS! (In all caps), Pete.

[@five6828]

Great stuff as usual Doc.

[@tutingrubena1584]

the hammer is a paid actor

[@jallenrin7037]

up you go

[@wildchild2866]

this was really fun to watch

[@cdpallmoo]

thank you for this prof !! im so happy i found you

[@ScienceSkeleton]

Great video. Thank you for the resource. I enjoy your content.

[@ethanconstantino5774]

WE need this type of PROFESSOR!!

[@georgesadler7830]

Professor Hanson, thank for an awesome introduction to Statics and Newton's Laws.

[@almahdiabdulkarem1735]

This course is AWSOME!! , We need a similar course in dynamics

[@rosemarienava7432]

me crying and shouting in my room how he should stop using a Php 10,000 worth book. How I hate my life hahah. Thanks for this lecture master

[@biruknigussie4142]

Thank you for all the videos, sir. Specially statics and solids that were my courses.

[@aks159]

Hey Jeff! Any chance of a series on fluids?

[@azuoma4237]

best statics teacher ever

[@alexandremotkalyuk7184]

Loved the video, indeed an grat first inpression.

[@batulh5459]

Thank you...... ❤️

[@wcolesully]

love the video! wish I could hear it a little better with my headphones but other than that its perfect!

[@jokdeng9987]

thanks a lot sir..you make statics easy to undestand

[@Bugatti0wner]

Its kinda disappointing to see that he has only 113k Subscribers. With the way he explains and saves 'n' number of college students, he should've at least a million.

[@oralbrown7394]

Lol this guys is the best, he’s funny and he’s damn good at teaching. Nice job 👍🏾

[@rondavidfesalbon4843]

Thank you Dr. Hanson

[@dutchy9967]

Jeff Hanson u the man!!

[@mahmaudelghassem151]

It's amazing lesson thank you thank you so much

[@FarhadADeven]

Thanks alot for the very educating as well as entertaining video sir!

[@drandrewsanchez]

Amazing amazing. 👏👏

[@tonyp3858]

"I can do all things through Christ which strengtheneth me". Thank you!

[@aminesalame3199]

your students must be so lucky to have you

[@saratchandramv1886]

what does my thumb feel ? PAIN ! :D wow it was 10 years after my engineering and am loving every bit of your teaching style. i feel like a kid. and wanna learn more

[@alialhabib1425]

We love you🙏🏻❤️

[@owenkamtinay1723]

Appreciate the vids!

[@ErnestKabs]

now im enjoying learning this class😂

[@obitadeoladayo]

Jeff God bless you 🙏❣️..

[@trexinvert]

Hey Prof, If I said a Scalar is a "one direction vector". That is mathematically correct, right. So, in actual practice, it would look like this: + + = . Assume, that the vectors are always along the x-axis. As a short cut: a.) we would eventually knock out the "< ,y, z> coordinates, because they are always < ,0,0>. b.) Finally, forget the whole vector notation < >. Then, the equation would simply be 1 + 5 - 10 = = -4 I think this explanation helps to understand that the mathematics doesn't just "take a quantum leap" from a scalar to a vector. Rather, a scalar was always a vector but a "simple one direction vector". EVERYTHING has a magnitude and a direction. It's just when everything is in the "same direction" we assume "no direction".

[@glace848]

part 1 and i already fucking love this guy. this is gonna be a great series

[@ebitaril]

Thank you.

[@3dtour]

Thx for your personality, make videos much better

[@christine2175]

Do you have or could you make a playlist (subset) of your videos that would be applicable to architecture students learning structures statics?

[@trexinvert]

I always wonder where the job of the civil engineer ends and the architect begins. In business, there is always somebody who must take responsibility/ownership of the calculated information or data. I think a good architect must understand some civil engr, and vice-versa.

[@IamZabira]

Great introduction! And explanation. I'm here after getting inspired by Tony Stark!

[@arefinlabib4630]

amazing how the paid professors by us don't teach us as they should, and we end up watching and learning from free videos.

[@IH8Too]

For the pliers pushing down on the pecan. I like to imagine me stepping on a scale and getting my weight. Because the scale shows my force pushing down on it but what I don’t see is that earth is pushing back the same force that I weigh.

[@LINNPYAEMAUNG-w9o]

Is this course suitable for someone who is taking Engineering mechanics 1 statics?

[@ivansanjuan6316]

I watched your videos in 2016 are these the same videos and reuploaded? I am revisiting these topics for fun and would like to know if they are the same. They helped me pass my courses easily.

[@corneliuscornwall2036]

Is statics the same course as analytical mechanics 1..? Also, should I take calc 3 before this class?

[@kevink8748]

love this guy. Chad energy

[@musawakhemokoena5328]

how can I get the link to the website

[@sircomesizes]

Have you ever considered trying to get your work on Khan Academy? Maybe like a collaboration?

[@nathalieb4648]

What textbook are you guys using to study along with this course? Any recommendations?

[@indusha002]

I'm looking at Engineering Statics by Hibbeler! Hope this helps :)

[@intanpermatasari4121]

sangat membantu

[@heavyymetal]

You could make me motivated to learn quantum mechanics with no prior physics experience!

[@frogizel2998]

Thought only Disney makes remakes.

[@sunggyupark5551]

so if there is same force of action and reaction directing different direction than object in middle will have same power as well and thats bc object's force to stay in middle?

[@arashghahremani6922]

I wish he were my lecturer , unfortunately the one who teaches at uni is miserable

[@danielaj3451]

what's the name of the textbook you use?

[@zunaidhassan9662]

He uses Engineering Mechanics: Statics by R. C. Hibbeler: www.amazon.com/Engineering-Mechanics-Russell-C-Hibbeler/dp/0133918920

[@daveklingler5845]

Scalar is spelled with two a's, Jeff. Graphical is spelled with an h.

[@engmustaphimohamet5491]

Engnre i take confused for eddition you have used for static book .plz send me link or tell me the eddition reply me eng

[@mikelim7207]

Well, my understanding is that if you only consider the force on the object in the middle of (either the tug of war rope or the plyer), the force felt by the object is 40 lbs. Can someone counter me? I understand why it would be 20 lbs. If you glue a scale on a floor and glue a rope on the scale, and pull the rope with 20 lb force, it would real 20 lb on the scale (assuming the scale is reading weight and not mass). But if you attach two ropes to both ends of the scale and pull it with 20 lb on one rope and 20 lb on the other rope (in opposite directions), the scale should read 40 lb. Can someone counter this?

[@kebabmarley2505]

If you pull the scale with the rope on the floor, the ground is pulling down with 20lb to keep it in place. But we still consider the 20lb weight on the scale. If the ground did not pull back equally, the scale would start moving and not read 20lb

[@mikelim7207]

@@kebabmarley2505 thank you

[@ben3673]

5:46 "TOEtally different"

[@HowTo5min-co3ni]

Much better

[@shumailshoukat6949]

Kindly make a video on fatigue failure please #jeffhanson

[@ChrisPBacon-qi4wv]

ماموستا جييف توخوا فيديو لةسةر فلويد بكة برام بةياني ئيمتحاني فلويد هةية لةكةل ريز

[@eduardosdelarosa5539]

Awesome 💥💥

[@Gem_andrei]

It's the multi(pliers) for me😂👌

[@mahdijafari7378]

Please add subtitles

[@anonymousyoutuber490]

KZbin ALGORITHM.....you hear me? i need more recommendations like this.

[@carsonleischner5884]

Spanish for lead hahahaha I don’t know why I laughed for so long.

[@oofaloofa]

"Pb- spanish for lead" LOL

[@knowthehistory.9722]

oh I wonder, if that's why they're called pliers because they're force multipliers. hahaahah Thanks Sir..

[@franksullivan9019]

We covered this stuff in Physics 1

[@Bilbus7]

Cool story bud

[@matthewgiannotti3355]

Scalars*

[@1214loko]

Is he following a textbook?

[@Helmutandmoshe]

Scalar