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.
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.
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!
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.
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 )
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?
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.
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)
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.
Remember me from high school? well I still need you fro my THIRD YEAR IN ENGINEERING 😂 I thought I was done with this stuff!
even after you are done, i'll always be in your dreams
@@patrickjmt Who says you aren't now? ; )
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.
You are still saving engineering students lives. Thank you so much
you are most welcome!
LIFE SAVER!!! Thank you for all these straight to the point videos!
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!
perfect! good luck on your midterm
I always appreciate what you do, you make one the most helpful videos on UA-cam.
im now taking my Master's degree, never would have thought i'd come back to you LOL
Hey Pat! thanks for this video, btw where is part 2?
you are awesome, i officially declare my lecturer is useless now
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.
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
@@MrAlbaze Broeh RUN and dont look back...its HELL ON EARTH
Samkelo Xulu too late bro lol, almost failed thermo but I survived haha
@@MrAlbaze 3rd year ChemE here. RUNNNN
@@ozielpalma2771 dude I am about to graduate, too late lol
I have found this video very informative and helpful, many thanks, Patrick.
I didn't understand and now I do. Thank you.
Heaviside pronounced Heavy side coined by Oliver Heaviside, this function is used to model electrical behaviour.
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.
Nice!~ Looking forward for part 2.
Thank you so much your video is a life saviour!!
I needed this last semester when my diff eq teacher was sick
that t^2 graph is well-drawn
Thanks! Right in time for finals!
Amazing explanation
Thanks a lot.
You are freaking awesome, you solved my problem
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:(
I warn everyone about to watch this video with headphones on - THE MARKER SOUND SCRAPING PAPER GIVES ME THE HEEBIE JEEBIES
thank Patrick so much!
glad i could help!
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 )
Thanks that is a really clear explanation. Also Heavi is pronounced Heavy
I love your video patrick:)
+Mary Meredova thanks! ;)
:)
love watching your vids😊 they help so much 😺 keep up the good work👌
Good video Do you have a link to part 2? Or not made yet?
This was very helpful, tnx.
Which playlist is this video from (Couldn't find it) ? And is there some part 2?
Tnx again.
thanks a lot for ur help
Great video :) when will the part 2 for this come out please?
I love you ❤️
Will you do any videos for solving diff. equations with laplace transformation?
Already have
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?
+Sandra Hecate patrickjmt.com
Good information sir
Great stuff! Thank you!!
Nicely done
Thanks!
Also have you got any videos about the dirac delta function?
Just took a test on this!
i literally just got on youtube to search for laplace transforms and the unit step function, and i find this in my sub box....
+TmoFaris i have quite a few laplace videos as well; i plan on expanding it over the coming days and weeks
+patrickJMT Checked out most of them if not all, very helpful for my diffy Q/Linear algebra course this semester
+patrickJMT my class just finished Laplace transforms and unit step :(
Thanks pat!!
Thnks -from india
Thank you 😍
What happens if there is a coefficient in front of t? For example, H(6t-1)-H(t-3)
congratz man
It's the same pronunciation as 'Heavy side' as in Heaviside Layer.
going from the peace-wise to the function couldn't be any more frustrating!!! XD
Where is the part 2?
ty this was helpful :D
Will this work with more than 2 steps?
Can you please make more videos on differential equations
Thanks a lot man
Hey pat how do you represent heaveside function t>2? I know it is zero but how do you represent it?
Thx a lot
Nice video!
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.
looking for part 2.. 😁
Why is there no part 2? Please answear
Is this function linear?
isn't this the same as convolution?
Has part 2 been uploaded?
wheres part 2?
where is part 2 give me link
can you make a tutorial explaining ramp function please
i understood it~
Yaaaaaaaas math daddy!
Awesome
cool, mate!
Nice video though I am sensitive to that sound made by the marker.
tqvm!!!!!!!!!!!!!
what if g(t) = (t-1)^2?
Did anyone observed...he is writing with left hand.....I'm one too🙌🙌
It is a bit similar to the Föppl bracket
can i find many vids on laplace transform and its applications ;)
I have a few on Laplace, going to do some applications soon
OK! God willing
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)
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.
It’s heavy-side. Named after him, he’s my uncle
omg, we have the same uncle, cuz!
my guy said "heav-a-side"
I wanna be you when i grow up for realzzz
💥💥💯💯
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.
*
use a pen please, that koaki sound goes through me like a mf
Weird stuff
not clear enough
Magnetism n Diectricity = Electricity. Counterspace. Take the red pill and go down that rabbit hole.
we bafo yazi angi understand lana why do we go by 1 like ngi lost
u cant spell words
bro wtf are u teaching i want to understand wtf is this not memorize it bruh
where is part 2?