My college teacher basically told us read the book, and we’ll meet when there is a quiz or test. It must be nice being a teacher during COVID. They do the bare minimum.
I get that but it really depends on the teacher, some of mine were like yours, but not all of them. In fact, most of my professors really do try hard to teach, they had to basically learn from scratch how to use technology in education. Plus, most students don't interact, which doesn't really help
Remote learning has been difficult since COVID, but it's made even more difficult when your DE teacher tells you (essentially) to learn the class yourself! No lectures, and all of his notes are in pure math-speak with no abstraction to speak of. So, needless to say, thanks a lot!
My MAT 275 professor did not really explain the difference between linear and nonlinear diff-eqns so I'm really glad I came across this video. Literally helped me understand this topic in 7 minutes compared to the 30 minutes or so he spent going over his pre-written notes during lecture on Tuesday.
Thank you so much, I tried reading so many different web pages, listened to my lecture again and again, but the way you explained it is so much better!
I'm very grateful for watching this video. You have cleared out the confusion in my mind. I was surprised my answers to your examples were all correct. I owe you millions of thanks. Thank you so much.
My professor threw a bunch of hard to understand words and terms that came from a textbook and it's such a pain in the a**. This video helped me understand the lesson surprisingly fast and easy. Thanks a lot you've earned a like and subscribe from me.
To be fair I think its the same reason we can't explain so basic algebra concepts to students. What we might be able to see as understandable is beyond grasp. Also there's like 5 different learning styles or something, visual, kinaesthetic, and some other stuff. That being said. There's no one universal model for learning which is why open resource learning will be the key to the future of learning and education, and should have been from the start of the internet. Now we get 250$ required textbooxs that explain bollox while the real heroes are going unpaid but because they love maths and love teaching like Math Sorc. Just throwing out an idea, but I humbly agree Bulldog, the model makes me mad, so I rather get mad at not being able to do maths! :-P I swear though, that earlier texts like Dover, and papa, are great because the authors actually had the enthusiast in mind, not the 'student' which I think is a big difference. Since my local bookstore is gone I no longer have access to those texts for pennies on cent's. I'm incredibly grateful to have a mathematic resource like Math Sorc, when a majority of maths majors are there to make big checks in finance/insurance/buisness. My dude likes pizza though, and that's all that seemingly matters. And hopefully some cool surfboards XD
I'm in middle school and could never grasp linear and nonlinear before, I always needed my notes. After watching this video I understood it a lot more quickly and easily. You didn't didn't overcomplicate things which I think my teacher did. Thank you, this will help me so much my test
Thank you so much for this. Took months before I've understood. I should've discovered this channel earlier. :((( Subscribed and shared to mg friends! Thank you
@@TheMathSorcerer If you could make videos on these topics from time to time I would be in your gratitude i.imgur.com/4mFmtqT.png . This professor's notes are so bad the textbook seems like a better choice
Thanks for explaining it so well! Seeing it in words definitely took it from making no sense to being pretty easy, haha. Only seeing the mathematical definition made it tough to visualize.
Thank you very much for the help! Sorry for pointing this out but I can't help myself, it's correct to write "its derivatives" rather than "it's derivatives".
Hi! I'm kinda confused on what you mean by pure functions of x or pure functions of y? Would you mind explaining it a little more and providing an example? Other than that I really love your content, it has helped me so much with understanding ODE and other math concepts. Lol as a fellow math major I struggle sometimes to understand and really grasp certain concepts
Hello Maths Sorcerer, if the y and all its derivatives all have to be to the first power why is equation 1 called Linear when the first derivative term in the (a) example is raised to the second power? Seen this in many examples and still gets us. Or is it the case where one of the derivative terms has to have a power of one and the rest can be to whatever power? The pure function of x condition is understandable. Thank you
Thankyou for explaining this concept. But I have a doubt in the (d)part if we take 3y to the right hand side it would be { √dy/dx =sinx - 3y } and now if we square it we will get dy/dx= sin²x+9y²-6sinx y. And its linear I guess.... Can you please clarify my doubt asap I have my test soon..
My college teacher basically told us read the book, and we’ll meet when there is a quiz or test. It must be nice being a teacher during COVID. They do the bare minimum.
Flipped classroom on roids.
I get that but it really depends on the teacher, some of mine were like yours, but not all of them. In fact, most of my professors really do try hard to teach, they had to basically learn from scratch how to use technology in education. Plus, most students don't interact, which doesn't really help
@@_lu_ferro well no duh it depends on the teacher 🤦🏽♂️ lol
Remote learning has been difficult since COVID, but it's made even more difficult when your DE teacher tells you (essentially) to learn the class yourself! No lectures, and all of his notes are in pure math-speak with no abstraction to speak of.
So, needless to say, thanks a lot!
you are welcome!
Im exactly in the same situation. This video helped alot!
👍
Man studying for this DE test without a textbook is a PAIN. You're a life saver. Great video
Welcome😃
My MAT 275 professor did not really explain the difference between linear and nonlinear diff-eqns so I'm really glad I came across this video. Literally helped me understand this topic in 7 minutes compared to the 30 minutes or so he spent going over his pre-written notes during lecture on Tuesday.
👍
thank you so so much. Im taking diff. equations and i was so lost in lecture. this was awesome, such an easy explanation and great examples :)
You are welcome!!
I just finished my class, and couldn't understand my doctor explanation.
This is way better, so thank you SO much ❤️❤️❤️❤️❤️❤️❤️
You are very welcome❤️
Thank you so much, I tried reading so many different web pages, listened to my lecture again and again, but the way you explained it is so much better!
Happy it helped👍
I'm very grateful for watching this video. You have cleared out the confusion in my mind. I was surprised my answers to your examples were all correct. I owe you millions of thanks. Thank you so much.
Glad it helped😄
Be blessed sir. You simplified the whole semester's work.
My professor threw a bunch of hard to understand words and terms that came from a textbook and it's such a pain in the a**. This video helped me understand the lesson surprisingly fast and easy. Thanks a lot you've earned a like and subscribe from me.
This is a great way to refamiliarize myself with this content, thank you
You are welcome😃
You are such a good teacher, I struggled with this after reading it in Zill’s book.
Yes it's so hard to read DE books!!! I will review some other ones soon. Thank you❤️
same
The best way you could explain Linear & Non-Linear D.E is this !!!!! V.Good Explanation mate!!!!
way better than how my book explained it.
yay glad it helped!!
Excellent explanation. Much better than the explanation found on books or other videos. Thank you.
Thank you! Was having a hard time understanding the concept and this video made it clear!
You're very welcome!
thank you so much you just saved my life!
Why are books and college teachers so bad at explaining these concepts? I swear.
To be fair I think its the same reason we can't explain so basic algebra concepts to students.
What we might be able to see as understandable is beyond grasp.
Also there's like 5 different learning styles or something, visual, kinaesthetic, and some other stuff. That being said.
There's no one universal model for learning which is why open resource learning will be the key to the future of learning and education, and should have been from the start of the internet.
Now we get 250$ required textbooxs that explain bollox while the real heroes are going unpaid but because they love maths and love teaching like Math Sorc.
Just throwing out an idea, but I humbly agree Bulldog, the model makes me mad, so I rather get mad at not being able to do maths! :-P
I swear though, that earlier texts like Dover, and papa, are great because the authors actually had the enthusiast in mind, not the 'student' which I think is a big difference.
Since my local bookstore is gone I no longer have access to those texts for pennies on cent's.
I'm incredibly grateful to have a mathematic resource like Math Sorc, when a majority of maths majors are there to make big checks in finance/insurance/buisness.
My dude likes pizza though, and that's all that seemingly matters.
And hopefully some cool surfboards XD
👍
The teachers are good for my part honestly
Tell me why my professor literally said that they are linear if they are “pretty” and just moved on 😂😂😂
Cause it’s very wordy and if you don’t understand any single point thoroughly you’ll be lost. Like I am.
This video helped more than a week of lectures.
I'm in middle school and could never grasp linear and nonlinear before, I always needed my notes. After watching this video I understood it a lot more quickly and easily. You didn't didn't overcomplicate things which I think my teacher did. Thank you, this will help me so much my test
Only the person who understand well could be able to teach well . This was perfect
literally the best video for identifying linear differential equations, thank you!!!
Glad it was helpful!
i like your voice and tone. Makes me wanna listen to math lectures.
Aww thank you!!!!
5 years later and it is still helpful.....thank you
Super simple and straight to the point. Thank you so much!
You are welcome!
Brief and to the point as usual! Salute!!!
thank you!!
Your explanation is so good. Thanks for making my life easier.
np!
If its possible then pls make a video on how to determine homogeneous and non homogeneous equation similar to this one.
thank you. I needed the refresh for my system dynamics class
You're very welcome!
5 years later and the Math Sorcerer is still saving degrees❤🔥Timeless👑
Thank you for clearly explaining what my professor couldn't in an hour and a half.
best video I found on this topic. Thanks!
😃
11 out of 10 rating bruh
really nice explained it
love u bruh
Thx man
Thaaaank U, really!!! I had a PDElecgure yesterday and I was really confused!!! U. Helped a lot
Thanks for the explanations, you are way better than my lect.👍👍
Happy to help!
i really don't see a reason why my instructor didn't explain it like this. thanks!!
you are welcome!
It's cuz this dude is a sorcerer.
Yes lol
Thank you so much for this. Took months before I've understood. I should've discovered this channel earlier. :((( Subscribed and shared to mg friends! Thank you
Thank you!!
my goodness... I read the book so many times over and couldn't figure it out... this became clear in only 7 min
👍👍👍
The best video in the damn internet!
Thank you!
@@TheMathSorcerer If you could make videos on these topics from time to time I would be in your gratitude i.imgur.com/4mFmtqT.png . This professor's notes are so bad the textbook seems like a better choice
I have most of those. On the main page if you scroll down o have full lectures for DE and also a regular playlist as well
@@TheMathSorcerer You might litterarly save me this semester. God bless for having your channel 🙏🙏
wow this person hearts so many comments, let's see if they heart this one
heart
The Math Sorcerer appreciated
Thanks for explaining it so well! Seeing it in words definitely took it from making no sense to being pretty easy, haha. Only seeing the mathematical definition made it tough to visualize.
Thank you for this sir, clear explanation.
Welcome😃
Thank you very much for the help! Sorry for pointing this out but I can't help myself, it's correct to write "its derivatives" rather than "it's derivatives".
Thx❤️
I love the way you teach sir 🙏🙏
acck (I love ur voice) I love the way u teach, esp the part where you say "Let's do another oneeee"
Lol thx
Oh man
❤️
@@mohsenhca
Shukran akhi
Very clear and simple. Thanks
very happy it helped!!
concise and the best explanation. Blessings
Very well explained. I always mixed up between order and linearity
Awesome voice n explained in a well defined manner😊thnxx
You are welcome😄
Thanks a lot!!! Ur vids help loads of students like me!!! Keep it up!!! Btw ur awesome :D
Thank you!
Hi! I'm kinda confused on what you mean by pure functions of x or pure functions of y? Would you mind explaining it a little more and providing an example? Other than that I really love your content, it has helped me so much with understanding ODE and other math concepts. Lol as a fellow math major I struggle sometimes to understand and really grasp certain concepts
Pure functions of x would mean f(x) or f(g(x)) not f(x,y) or f(x,y^2).
@@AyushGupta-rq4qu Oh okay, that makes sense. Thank you :)
can you also count constants as pure functions? like 3, k, 7, etc. @@AyushGupta-rq4qu
@@clarayi1840 well 3=3x^0. So probably yes.
brilliant and lucid explanation. thanks a lot!
You are very welcome!
This helped a lot, thank you!
You're welcome!
Thank you, this video was a lot of help
Now i finally understand...thank you
Epic explanation,
I so much appreciate
Thanks...I'm going to pass my test in a few hours😃🏃
maths socerer make me your apprentice.
Hello Maths Sorcerer, if the y and all its derivatives all have to be to the first power why is equation 1 called Linear when the first derivative term in the (a) example is raised to the second power? Seen this in many examples and still gets us. Or is it the case where one of the derivative terms has to have a power of one and the rest can be to whatever power? The pure function of x condition is understandable. Thank you
I also couldn’t understand, someone please help why did we say first power but we took 2nd derivatives
Thank you this was very helpful!
You're so welcome!
Let's do uh-nother one!!! 4:38
hahahaha
wow finally understood it! God bless you!
You are an inspiration sir.
Thanks a lot for this, great video!
thank you this was very helpful and to the point
Thank you so much. It's succinctly explained.
Sorry to say but it is amazing...
Thanks
thank you that was really clear
Very helpful.. thank you!!
You are welcome!
you explained this really well . Thank you very much! You just got a subscriber!
aww thanks
You are a very good teacher , why can't you be my differantial equations lecturer.
thx:)
This was amazing, thank you so much!!
Super helpful, thank you
Why don't we get teachers like you in our academics!??
I love you brother
❤️
Thank you sorcerer guy
You are welcome !
Thank god, its very clear
Glad it helped
amazing you explained it so well
thanks your video really helped me
Thank you for making this video!
A Million thanks!
np:)
Thank you from us
Fantastic explanation!
This is AWESOME! Thanks!!!
no problem:)
Good and easy explanation thanks
Dude I love you. Thank you!
THANK YOU ALOOOT , KEEP UP THE GOOD WORK SIR!!
Thankyou for explaining this concept.
But I have a doubt in the (d)part if we take 3y to the right hand side it would be { √dy/dx =sinx - 3y } and now if we square it we will get dy/dx= sin²x+9y²-6sinx y. And its linear I guess....
Can you please clarify my doubt asap I have my test soon..
This helped a lot!
awesome!
Thank you ,it was really helpful
Really helpful
👍
W af king 👑
❤️
Thank You, this helped me a lot :)
Awesome!
Simple as cake, easy to remember
👍
Thank you so much. I know understand the difference.
Thanks i have understood
Great!
Thanks for this
You are welcome!
Thank you!
You are welcome!
you are the best bro
Really nice video, thanks!