Heaviside Function (Unit Step Function) - Part 1

[@GAment_11]

Over the years, you have no idea how happy it makes me feel when I'm struggling with something and I hear your voice. Thanks for all your years of help.

[@davidperrii]

Remember me from high school? well I still need you fro my THIRD YEAR IN ENGINEERING 😂 I thought I was done with this stuff!

[@patrickjmt]

even after you are done, i'll always be in your dreams

[@Tamoor622498]

@@patrickjmt Who says you aren't now? ; )

[@thrasherandsmasher747]

You are still saving engineering students lives. Thank you so much

[@patrickjmt]

you are most welcome!

[@jadmusic5064]

Thanks so much! I am cram studying for my midterm (I know, such a great student) and I have been trying to figure this out for a week and this video...just made it click!

[@patrickjmt]

perfect! good luck on your midterm

[@JadePrincess3]

LIFE SAVER!!! Thank you for all these straight to the point videos!

[@batman_1st]

you are awesome, i officially declare my lecturer is useless now

[@zahranaseri4759]

Hey Pat! thanks for this video, btw where is part 2?

[@angelomoral9678]

im now taking my Master's degree, never would have thought i'd come back to you LOL

[@Ganamaha1]

Heaviside pronounced Heavy side coined by Oliver Heaviside, this function is used to model electrical behaviour.

[@applejackzo]

You got me through Cal I, II, II & Diff Eq. I thought I was done with math. Chem E said otherwise. So I'm back lol.

[@MrAlbaze]

hey how is chem e so far? I finally starting to take chem e classes after 1.5 years in college and I am curious

[@samkeloxulu6195]

@@MrAlbaze Broeh RUN and dont look back...its HELL ON EARTH

[@MrAlbaze]

Samkelo Xulu too late bro lol, almost failed thermo but I survived haha

[@ozielpalma2771]

@@MrAlbaze 3rd year ChemE here. RUNNNN

[@MrAlbaze]

@@ozielpalma2771 dude I am about to graduate, too late lol

[@jamaljaffer8412]

I have found this video very informative and helpful, many thanks, Patrick.

[@LillyBaker]

I didn't understand and now I do. Thank you.

[@fun315]

I always appreciate what you do, you make one the most helpful videos on KZbin.

[@mickl3073]

Thanks that is a really clear explanation. Also Heavi is pronounced Heavy

[@wzigma3546]

The thinking of a current realy helped me cuz I work better when i can relate but when i asked my lec what this stuf is used for he just explained the math again.

[@cici_julja]

that t^2 graph is well-drawn

[@Bit-Guru]

Only if I had a teacher like you, I would have been good at maths:( I was never taught maths using graphs, just learn the formulaes that all:(

[@Tino2o9]

I needed this last semester when my diff eq teacher was sick

[@zeineb8870]

Thank you so much your video is a life saviour!!

[@marymeredova5923]

Hi Patrick, I m Mary. I am very happy to watch your videos. My educational technology and material design, I gotta do what I can do math course material for the course you think.( I m study University, Türkiye )

[@Golden_Scholar]

i literally just got on youtube to search for laplace transforms and the unit step function, and i find this in my sub box....

[@patrickjmt]

+TmoFaris i have quite a few laplace videos as well; i plan on expanding it over the coming days and weeks

[@Golden_Scholar]

+patrickJMT Checked out most of them if not all, very helpful for my diffy Q/Linear algebra course this semester

[@ExperimentLife]

+patrickJMT my class just finished Laplace transforms and unit step :(

[@rejuksss]

I warn everyone about to watch this video with headphones on - THE MARKER SOUND SCRAPING PAPER GIVES ME THE HEEBIE JEEBIES

[@MostElectronics]

Thanks! Right in time for finals!

[@grandgb99]

Nice!~ Looking forward for part 2.

[@ahexcuseme6936]

love watching your vids😊 they help so much 😺 keep up the good work👌

[@marymeredova5923]

I love your video patrick:)

[@patrickjmt]

+Mary Meredova thanks! ;)

[@marymeredova5923]

:)

[@aburamevjin]

You are freaking awesome, you solved my problem

[@persianshawn92]

Will you do any videos for solving diff. equations with laplace transformation?

[@patrickjmt]

Already have

[@منوعات-ح8ع]

Amazing explanation Thanks a lot.

[@Vashini17]

Great video :) when will the part 2 for this come out please?

[@maamoonghanem4920]

I love you ❤️

[@minhtam5051]

thank Patrick so much!

[@patrickjmt]

glad i could help!

[@TheHatchn]

What happens if there is a coefficient in front of t? For example, H(6t-1)-H(t-3)

[@lunathinker]

Any chance we'll be seeing part 2 soon? By the way, you've helped me throughout so many of my classes. Any place one can donate or something of the sort?

[@andysoon2088]

+Sandra Hecate patrickjmt.com

[@zahranaseri4759]

Also have you got any videos about the dirac delta function?

[@Ganamaha1]

Good video Do you have a link to part 2? Or not made yet?

[@patrickjmt]

Part 2 is finally up. Also, I have made many more involving laplace transforms, inverse laplace transforms and solving de's using laplace and heaviside if you need them.

[@F37X]

Where is the part 2?

[@adarshverma3149]

Nicely done

[@patrickjmt]

Thanks!

[@Raz0880]

This was very helpful, tnx. Which playlist is this video from (Couldn't find it) ? And is there some part 2? Tnx again.

[@AG-sy4wt]

going from the peace-wise to the function couldn't be any more frustrating!!! XD

[@k9monk]

congratz man

[@spencergee6948]

It's the same pronunciation as 'Heavy side' as in Heaviside Layer.

[@Roastmaster704]

Hey pat how do you represent heaveside function t>2? I know it is zero but how do you represent it?

[@MrSoulXreaper]

Can you please make more videos on differential equations

[@vf5400]

Great stuff! Thank you!!

[@johnmarcano952]

Will this work with more than 2 steps?

[@graceb2404]

Thanks pat!!

[@islamicworldinfo3478]

Good information sir

[@NshepMAx9]

Just took a test on this!

[@ANIRUDDHASARKARTRISHIT]

can you make a tutorial explaining ramp function please

[@dutch759]

thanks a lot for ur help

[@liltabby24]

Has part 2 been uploaded?

[@MrAnthemboy]

Why is there no part 2? Please answear

[@Dogfish-nw2lx]

ty this was helpful :D

[@aseelso5794]

Thank you 😍

[@OJ-xc2so]

Yaaaaaaaas math daddy!

[@jehafrica.4316]

Nice video though I am sensitive to that sound made by the marker.

[@felixma5731]

Nice video!

[@md.shahinurrahman747]

Great lessons!!!. How do I contact with you? I've some thing to clarifying few of the concepts that was studied during my undergrads, but I didn’t understand those anymore. Engineering math was totally disappointed me from those boring lectures.

[@paritoshistic]

Thanks a lot man

[@xiangdolino9026]

looking for part 2.. 😁

[@ANURAGSingh-lr2mx]

Thnks -from india

[@TamilnEnglish]

wheres part 2?

[@mertcapkin7263]

isn't this the same as convolution?

[@supernaturalus6891]

Does anyone here knows how to solve this? I really don't know how 🥺😭 I need it so much Define each of the following function piecewise and sketch their graphs. (Note: 𝑈(𝑥) is the unit step function while 𝑠𝑔𝑛(𝑥) is the signum function) 27. (𝑥 + 1) ∙ 𝑈(𝑥 + 1)

[@thenolypus2054]

f(x) = (x+1) for x >= -1 if i am wrong however, any correction is welcomed. as for the graph, just use some online graph calculator like Wolfram.

[@anithalakshmis6734]

Did anyone observed...he is writing with left hand.....I'm one too🙌🙌

[@kritikagambhir4325]

Is this function linear?

[@TECHV-tw6qp]

where is part 2 give me link

[@paoboonjinnz]

what if g(t) = (t-1)^2?

[@m_abdallah]

can i find many vids on laplace transform and its applications ;)

[@patrickjmt]

I have a few on Laplace, going to do some applications soon

[@m_abdallah]

OK! God willing

[@h.iq.97]

Thx a lot

[@dasbuchvonCauchy]

cool, mate!

[@oliverheaviside3525]

It’s heavy-side. Named after him, he’s my uncle

[@patrickjmt]

omg, we have the same uncle, cuz!

[@saadahmed8580]

Awesome

[@abraryusuf9933]

my guy said "heav-a-side"

[@darknevin]

i understood it~

[@autismuskaefer]

It is a bit similar to the Föppl bracket

[@aaronbarragan8339]

I wanna be you when i grow up for realzzz

[@afiffalias4201]

tqvm!!!!!!!!!!!!!

[@olaoluwaomopariola4867]

Your videos are great, but wow, do I hate the sound of that marker on the paper so much. Maybe rethink that. But again, great video.

[@ronsimpson8666]

Magnetism n Diectricity = Electricity. Counterspace. Take the red pill and go down that rabbit hole.

[@danielross5931]

use a pen please, that koaki sound goes through me like a mf

[@hashalvm3286]

💥💥💯💯

[@Fritz_MUELLER]

*

[@onelaxolo3974]

we bafo yazi angi understand lana why do we go by 1 like ngi lost

[@oulafatla8686]

not clear enough

[@RollsRoyceFanatics]

Weird stuff

[@omairbahakm6363]

u cant spell words

[@aqilironman17]

bro wtf are u teaching i want to understand wtf is this not memorize it bruh

[@sezerozer382]

where is part 2?