Simple Harmonic Motion Introduction | Doc Physics

[@marie-danielleregis4539]

It is so darn rare to find such an enthusiastic Physics professor! You are the best! Thanks so much!

[@tommate2k7]

Agreed! Really enjoyed this video!

[@rkoarv]

I pay almost $1000 for the physics paper I do at uni, and in 10 minutes you taught me more than an hour-long lecture did. You're a total lifesaver.

[@AnimePianistToshiKun]

10/10 flower pot saved my physics grade.

[@TheYMCASquad]

+Anime Pianist Toshi-kun Same!

[@lt80seighties16]

I want to thank you for simplifying this process. I have read my text book and have taken notes in class, but it does not compare to your EXCELLENT instruction. Thank you for explaining with simplicity where the variables and terms come from. My professor teaches the course as though we are physicists and forgets that we are there to learn.

[@Pyongggggg]

U nailed it. Most of the teachers in school make physics become so boring!!!! But you make them alive!!!

[@hungryhobit]

love the enthusiasm. normally i can't stand to watch a tutorial video that's longer than 5 minutes, but the way you teach is just entertaining and thoroughly in depth as well as easy to understand ;D

[@DocSchuster]

Thanks! That's very nice of you to say!

[@magdelineadler4284]

You sound like my Physics teacher. Really happy and excited to teach something complicated to people you know can learn and love it too.

[@j.unoPlaylist]

it is soooo sweet that you use many colorful pencils with attractive visuals and that you put lots of WOWS around these mathematical equations. I am in love with your enthusiasm. :)

[@dominicjelovac3978]

All teachers miss the step, the best step and you do it every time ... attention to detail ! Thank you so much !

[@fixityurself]

As a Maths & Physics teacher, i find your videos to be EXCELLENT! Thank you sir, you should be most proud of your work!!!!!

[@DocSchuster]

+mullenbeg That's a heartwarming compliment. Thank you!

[@ecd326]

Doc, you are just incredible at explaining. It is impossible to get bored or to not understand a concept while watching your videos. I'll be a Physics Teaching Assistant starting in September and your style of teaching will certainly be influencing my teaching.

[@tuck295q]

You are a freaking teaching GENIUS!

[@DocSchuster]

Thank you, but you are too kind. This subject, in particular, really jumps off the page despite me.

[@tuck295q]

Doc Schuster Well, you simplified the nature of SHO and SHM nicely at the beginning. You summarize the use the formulae and how you get to it in a way that explain the motion of the spring and clearly link it to the calculus and function. I seriously wish professors jump to important concept I need to be focusing on things like what you present on the vid rather than the mumble jumble they tend to do. Also, the guy who donated just the amount that I get to to choose what topic I want to see next was me. I left a comment with like 3 topics that I'll be doing in March. So if you could cover those, I'd greatly appreciated. I'll await top notch physic tutoring video from you.

[@DocSchuster]

I just read a book that compared knowing the main concept of what you're about to learn to getting a cold glass of water to drink...for your brain. Your support is tremendous. Thank you.

[@gassco955]

I think this is going to be the most beautiful thing that I'm going to see this year. THANK YOU !

[@TemiDansoArt]

I happen to have the worst teacher for this side of the course so I found this video very helpful! Your enthusiasm is great, thank you so much.

[@DocSchuster]

I'm sorry for your misfortune. Great teachers can be lifechanging, but some just aren't. I've had 'em both.

[@Chivaughn13]

My teacher at school didn't have time to teach me this so you're literally my saviour because I have AP Physics exam soon. Thanks a million man. I didn't think SHM could be so excited and I didn't know anyone else shared my love for omega but you proved me wrong.

[@bekky834]

this is the best video to ever exist, love that enthusiasm

[@spacemarine3214]

Ohhh my gawdd honestly speaking u r the best physics teacher I have seen.....u make things interesting....

[@odh1995]

Every lecturers should have the amount of enthusiasm towards physics like you do!

[@jessleen1234]

I love how you're so enthusiastic about physics, which kinda infected me ! Now I look at these formulas with a whole new appreciation

[@abbkapoor8743]

Wow! That was an amazing explanation. Ive been struggling with Harmonic motion, but this really helped clarify a few things. Plus your sense of humor kept me interested in the content you were conveying! I really enjoyed the video!

[@gracelewis4173]

OMG thank you! This entire A-Level topic just clicked after 6 minutes

[@ProNoobAgarCOC]

I am happy I found this channel. I find your videos to be most entertaining, and it is educational at the same time!

[@TheDevilMassacreMan]

wow I haven't even started this topic yet but I already understand it because of your vids, you're a legend

[@jrasarez]

Wow! You have the best explanation of Simple Harmonic Motion in a nutshell! Thanks for this, and the flower pot LOL

[@dimitridobroskok2354]

You do a better job at explaining than my PhD professor, my TA, and my book! Thank you!

[@DocSchuster]

You're quite welcome. Thanks for watching!

[@ahmackalak7553]

you just made my whole day with how amped you are about physics

[@Nike7548]

Thanks a lot for creating this video.... Teacher didn't explain this concept no where near as good as you 😊

[@AceofDlamonds]

The way this guy goes "Oooooo" like he just discovered something along the way cracks me up every time. 6:32 "oohhh snap!" XD

[@nestaross47]

same

[@muhammadhussainsarhandi9928]

Dear respected Sir, your explanation is awesome. You make your lectures in a fun way. Please keep up your work always. We students always need the best teacher like you Sir. I wish all Universities and Colleges have the Professors like you Sir. Lots of lots of respect and love for you Sir.

[@XtraNormalVideos888]

using your videos to review for my physics final.... ur dynamic way of teaching really helps, doc schuster

[@noorsher701]

11 years later and you are still saving kids from failing thanks doc

[@heroldhenry4257]

music and physics sounds like a genius here!

[@dinaoom977]

This video answered all the questions i had on SHM, thanks!

[@eipiplusone3791]

It's a mass on a spring for crying out loud!!! Thank you, it's really helpful.

[@nestaross47]

best I've ever seen. this is so clear. lool and I love the humour

[@Julian-st9fw]

I came up here looking for Swedish House Mafia, and I have no idea what this stuff means but you seem like a great teacher! 😆

[@DocSchuster]

+Vybes SHM is great, any way you slice it!

[@wasifjalal6965]

what is k in F=-kx

[@brennanoverhoff1524]

it is some sort of constant that materials posses

[@LordHav3Mercy111]

It's the spring constant. Each spring has its own k.

[@samiulalamkhan8982]

I have my exam in two days and I was freaking out because I couldn't remember anything. After seeing this I feel much better and they way everything is explained is unparalleled. You sir are a fine teacher.

[@JrYong]

this video is awesome, it's so easy to understand, you're an awesome teacher... I wish that all physics teachers were like this

[@4everLarose]

I actually bloody love you. THANK YOU for making me understand.

[@DocSchuster]

True love is the greatest thing in the world. Except for a nice MLT: a mutton, lettuce and tomato sandwich, where the mutton is nice and lean and the tomato is ripe. Happy to help.

[@KMarrowsproductions]

Well done sir. Clear and best explanation of this I've seen!

[@AyaallahEladly--]

awesome explanation....you saved my scholarship.

[@tofunmiaro]

God bless you. I feel relieved after this video. I’m grateful 🙏🏽🥺❤️

[@lamyasms4656]

For a second u made these equations came to live now i can finally understand them :)))))) THANK YOU 🌌💕😭

[@jamesoc390]

Great video, as a Physics teacher I hope to use your videos in my classrooms. Keep up the good work :)

[@ilovemekaiqi]

You really helped me alot. Millions of thankyou !

[@TinCarpter]

so logic,such simple,much enthusiasm, wow! I really love it, thank you.

[@DocSchuster]

I'm really glad. Thanks!

[@DingdiMang]

Wow, what a great explanation!! Thank you.

[@zzzMrgamerzzz]

Putting this on 2x speed is the most entertaining lesson I've ever had

[@aryehwalter2907]

Wow x2 is right! Great video. Well done Prof. Schuster!

[@kyzuno5066]

This was a really really perfect teaching video. Thank you!

[@julasimpson]

haha i love the sense of humour as much as the teaching!

[@marija6113]

Thnak you so much!!!! This made the whole topic so much clearer

[@jessicabills8811]

That was just what I needed! thank you!! you're videos are so helpful

[@Sauron191]

Hahahaha!! You are BRILLIANT!!! LOVE how enthusiastic you are and the input of the comedy makes it all the more awesome!! I'm from the UK and I remember that sine and cosine waves with the same frequency are basically are Pi shifted or 180degrees out of phase in relation to each other at position 0 where the x and y axis's intersect, and if you were to super impose the waves you would have a destructive interference pattern (as long as they were both + or -) where Wave x (Wx) is a sine wave with an amplitude of 1 and Wave y (Wy) is a Cosine wave also with an amplitude of 1 and therefore Wx-Wy = 1-1=0. Also the if the waves are in phase or have a phase angle of 0 (Is that right?) it becomes Wx+Wy = 1+1=2 ... Never really got tan waves, if I remember there not conciliating and only exist though 180degrees or Pi where cos and sine waves do oscillate and exist through 360degrees or 2Pi , is that right?? VERY basic I know. When it came to working out instantaneous voltages etc I couldn't quite get my head around the maths (I actually have a BSc science degree now but it still boggles my bollocks a bit!!) But I do now understand the relationship between the trigonometry functions, radians etc now, just not very good with it on paper, my maths is CRAP!!! GOD knows how I got through my degree!! Intense cover and copy revision I think.

[@afacespy2856]

I love your enthusiasm! If only you were my teacher :D

[@DocSchuster]

Josh, I am your teacher!

[@JihadBunnydick]

Doc Schuster That made so much sense.

[@andrycanel5588]

WOMEGAAAAA SQUEEEEEEEEERRR

[@Hyperpum]

OMG i love your explaination, i hope there will be more video coming out haha.

[@mg021198]

Incredible explanation.

[@danb3e3]

Lovely use of coloured pen!

[@azizulakon5084]

Good idea.Thank you for sharing this important topic

[@MizzRiverP]

your videos are so helpful. now I think I can truly master finals! obrigada

[@JoAnna-tt2cu]

really enjoy your courses on SHM

[@graemewayneallin]

Thank you so much. Phys 130 will be passed with your help!

[@AbhishekKumar-ku2jb]

thanks i m troubling from this topic but through your videos i understand.. thanks again.....

[@DocSchuster]

YAY!

[@katlegomolekwa1284]

thank you very much for the video, really helped me understand SHM. you are awesome man..............

[@huaweijian2210]

Thorough explanation! Thx!

[@randomvids4u453]

Thanks a lot mr teacher. You help us a lot and may god bless you for that. I have got to suggest that, can you please make your periods last longer because there are some very usefull concepts we'd like to know better. Thanx

[@bilisumadebisa1160]

Your explaination is excellent thanks.keep it up

[@innocentememe5469]

pls keep doing more physics topics you are so good

[@brucenelsonmuchengeti5174]

Great video,great explanation!!

[@anjana8002]

Sir Issac Newton be like "Am I a joke to you? "

[@alixzandrazabal]

Wow, such a great video. Thank you!

[@MohamedAdel-xi2nh]

7:30 I don't understand how angular frequency is the same thing as angular velocity. Isn't angular frequency a constant for an oscillator (a pendulum, for example), whereas angular velocity is constantly changing? I'm confused, please explain

[@ananthanarayananr9176]

entertaining and enlightening as always !

[@apbeers]

This video is amazing!! thanks so much

[@fastestabdullahxxx]

I really appreciate your awesome work! You make physics fun and present it with visible electromagnetic radiation of different wavelenths (I mean colourful :D LOL)

[@DocSchuster]

Ha! Thanks!

[@brennanoverhoff1524]

i love the enthusiasm

[@JNbocaJ]

Extremely helpful, thank you!

[@ankit87gupta123]

Awesome video dude.

[@ferdinandp21]

Thank you so much!! I was having so much trouble understanding how w^2=k/m.

[@manneredmonkey]

Thank you so much. I was so confused.

[@Kat-ez4ni]

One word, awesome!

[@XxSuPeRNoVaCreWxX]

7:24 wow that laugh is amazing

[@joemason31]

liked the video, your obviously a great teacher. Quick question; could you explain why the derivative of wt = w [ 9:30 ]. what happened to the t?

[@DocSchuster]

Joe mason Sure! You'll want to study what's called "the chain rule" because it was first discovered by convicts in England that were pressed into calculating derivatives during the War for American Independence.

[@mairatufail1449]

You are a life saverrrrr

[@rosariok1729]

thanks😊 you are model teacher

[@mansoorarda]

Thank you so much :) , it's really really helpful

[@pensandnoodles681]

darn, didn't discover your videos until the day before my exam (eep)...

[@pensandnoodles681]

and oh my goodness that's how you get omega=sqrtk/m whaaaat wish my professor had explained it like that instead of just having us memorize everything.

[@newhope926]

Pensandnoodles meee toooo 😂💔

[@fahmylina123]

Very nice presentation, cool

[@ajitt7939]

Thank you so much, can we consider exponentially decreasing speed and length 'x' of spring harmonics.

[@jojo6061]

This is so much fun!!

[@DrAtomics]

Thanks for the video, helped quite a bit.

[@clementraganya4649]

ooh my God, Damn, wow. Thank you, You make learning easy

[@yahyabloukh606]

Another great vid :) love your work

[@francisavel8545]

Appreciate the explanation Sir! PS - You sound like Ryan Renolds

[@marsal9994]

absolutely fantastic! thank you ever so much!

[@ebenit6392]

Flower Pot, haha. Great Video! Cheers

[@shelbystanford3363]

9:21 when taking the derivative of cos and changing to -sin why do we pull the A out?

[@shelbystanford3363]

sorry I'm unfamiliar with calculus. But the rule is to pull out the constants?

[@DocSchuster]

Yeah. I've got some videos on calculus that I feel are worth your time.

[@bluezappy2229]

this was very helpful, thank you

[@yasirtaher0919]

Amazing video hope it will me for physics