Final Exams and Video Playlists: www.video-tutor.net/ Full-Length Videos & Worksheets: www.patreon.com/MathScienceTutor/collections Next Video: ua-cam.com/video/gd1FYn86P0c/v-deo.html
Bro if I really get my degree it is solely due to this man. Like seriously, everytime I look up a topic he has it and does it perfectly. Im gonna drop $30k on his Patreon
I was about to drop Calculus AB since I found it so difficult. However, I found your channel and you got me through Calculus AB, BC, Chemistry, Physics, and finally Differential Equations and classes I was once struggling in became far more manageable. You saved my grades and my mental health and I was able to get into my dream school of JHU for mechanical engineering thanks to you. Thank you so much for all you have done for me and other students like me.
Hey there! Again many thanks. You need to a page where we can donate for your videos. You are just that good! I would totally donate $ for all the ways you have helped me!
The guy is a blessing, I even study even when I'm on holiday coz he made everything easy to me. He is one of the best communicators and professors I have ever had. He is more than best❤
Thank you so much for helping me all the way from trigonometry to calc 1-3, chemistry, physics, and differential equations. You're truly an angel. Anyways can you please make merch that actually says "The Organic Chemistry Tutor"?!
Love how you teach, it's really amazing..you got amazing tricks to which enables us to grasp content ..I think most students in Engineering Kenyatta University - Kenya love your channel,, your voice as well
Thank you times a thousand man the three examples are up to the point and the explanations are clear and precise. Now i know how to solve homogeneous differential equations.
Professor Organic Chemistry Tutor, thank you for a powerful analysis on First Order Homogeneous Differential Equations. This is where Techniques of Integration in Calculus Two is used for finding solutions to Ordinary Differential Equations. Differential Equations is an extension of Calculus. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tutor.
Keep making differential equations videos the whole book lectures if possible. I have been able to learn solid calculus 1 and 2 because of you it would be highly appreciated.
I was shocked when i heard your voice, because i didnt look at the name of the uploader page and i ve watched your chemistry videos before. You re good man :)
Due to COVID-19 Situation , My classes covert from physical to online. A Teacher who even cannot teach Physically good how I can suppose that he can teach brilliantly to use in Online Situation . I literally learn nothing from my teacher however *The organic Chemistry Tutor* become my last hope through which i learn a lot. Thanks a lot buddy you are a lifesaver for me.
Thanks youuu!! Your videos are always so helpful. You are the reason why I am able to understand Organic chemistry and now you are also helping me in Maths. Thanks a lot buddy. 🙂🙂
Great work but you can also write e^c as k, because e^ to a constant maybe a constant, but it's not the same constant "c". It's different so you have to call it something different.
Ay bro imma drop a mad amount on this channel. You've helped me since 10th grade and I'm now in my 2nd year of my civil eng. degree taking calc 4. I appreciate it dawg
Question I did it inversely and I got to the point where you got the anti derivative of. 1/x dx = 1/2•e^v. But at the end I got a different answer because I added the arbitrary constant C to the exponential instead of the natural log what is the explanation behind this? Did I just mess up somewhere?
Can you explain why we stop at abs(x) = c(x-y)^2? Why is that the desired form? Does it just happen to coincide with applications in the sciences and therefore this is useful for university students?
Thank you so much man. All the differential online lectures my university was providing i couldnt understand shit from them. You are the best Teacher ever. Kewp helping us students and God Bless you
Thats just the special v-subsitution you need to memorize for homogenous equations. You want to see if the function can be a function of y over x. v=y/x is the same as y=vx
Win Ner the goal is to substitute v into the equation so you can turn it into a separable equation in terms of x and v and solve it like that. Then you just substitute your v=y/x back into the equation for the answer
Please explain the proper positioning of C. Because, I got lnY + C in the second problem and that would be a problem. I cant transfer it to the other side cause it would be a negative which will not allow the exponent rule of when exponents are added, the variables are multiplied. Its confusing, from the beginning. Again in the second problem, why is that XY dx is in the left side?
You can transfer the C to the other side and still have the positive sign. Since C is an arbitrary constant, the negative of C can still be treated as positive of C
Doesn't matter. Say that when your done, you have f(x)+c = g(x). Subtract c, you get f(x)=g(x)-c. -c is a constant, so we can just call it c. So f(x)+c = g(x) is the same as f(x)=g(x)+c
I am really confuse where should you place the "c" because it does matter on where you would place the c because you will get a completely difference answer. Lets take for example on you last example. The general solution I got was: lnx^2 = e^(y/x) +c Now when I computed the value of c, I got 0 = 1 +c c = -1 Instead of e^(y/x) = lnx^2 +c 1 = 0 + c c = 1 Please do clarify on this one because I am having confusions. Thanks!
Final Exams and Video Playlists: www.video-tutor.net/
Full-Length Videos & Worksheets: www.patreon.com/MathScienceTutor/collections
Next Video: ua-cam.com/video/gd1FYn86P0c/v-deo.html
Ok this guy has helped me since trigonometry. Once I make it as a Civil Engineer, I will drop a $1k donation to your Patreon. BET.
Lol, fellow Civil Engineering student here.
Same and right before prelims too
Same bro
imma make sure this man dont gotta work another day in his life.
Bro if I really get my degree it is solely due to this man. Like seriously, everytime I look up a topic he has it and does it perfectly. Im gonna drop $30k on his Patreon
It's safe to say we all owe our degrees to this man here. Thanks a million!
I was about to drop Calculus AB since I found it so difficult. However, I found your channel and you got me through Calculus AB, BC, Chemistry, Physics, and finally Differential Equations and classes I was once struggling in became far more manageable. You saved my grades and my mental health and I was able to get into my dream school of JHU for mechanical engineering thanks to you. Thank you so much for all you have done for me and other students like me.
congrats on making it to JHU!
Thank you so much!
My son got in but didn't go because he said it would be too much of a grind. How's it going?
I just realized you don't have a video on exact differential equations!
Kindly make one. Others might benefit in the years to come.
Thank you.
Agree
Organic Chemistry tutor is the OG, better explained videos than most of my university classes on basically every subject
Hey there! Again many thanks. You need to a page where we can donate for your videos. You are just that good! I would totally donate $ for all the ways you have helped me!
www.patreon.com/MathScienceTutor its in the description
This man has helped me in so many ways. Absolutely grateful.
The guy is a blessing, I even study even when I'm on holiday coz he made everything easy to me. He is one of the best communicators and professors I have ever had. He is more than best❤
Just want to say thank you for the explanation and work, you're fast paced yet clear enough to where I can follow along. Keep it up!
Man! Thank you a lot for your videos. So well explained that you make it easy. Kudos my man ❤️🙏
Thank you so much for helping me all the way from trigonometry to calc 1-3, chemistry, physics, and differential equations. You're truly an angel. Anyways can you please make merch that actually says "The Organic Chemistry Tutor"?!
Love how you teach, it's really amazing..you got amazing tricks to which enables us to grasp content ..I think most students in Engineering Kenyatta University - Kenya love your channel,, your voice as well
accurate
Thank you times a thousand man the three examples are up to the point and the explanations are clear and precise. Now i know how to solve homogeneous differential equations.
All the way from Kenya thanks for making my school life easier .More power to you
The best mathematics lectures on You Tube and online. bravo prof. You are the best 🙌
Here's a summary of first order homogeneous differential equation.
10% calculus
990% algebra
Right, that's about FOHDE
100000000% brain
you could never be more right
1110 % true
Am a bsc physics student
Whenever I feel I need to brush up my basic knowledge I come here
This guy has helped me more than anyone
Thank you dude
You are the king bro❤️ i always come back to clear concepts from your videos from school to grad. Thanks man❤️
Please I need a full playlist of differential equation tutorials.
x2
Go to khan academy
Great video.
All time when I fall in pressure,your video help me,sir.
Thank you very much for your video.
This is very helpful in so many ways! Thanks a lot
Sir,love your lecture so much..💖💖💖
Thanks & respect from the deepest core of my heart..
I used to hear since secondary school and even now in college I follow you all thanks to you
Professor Organic Chemistry Tutor, thank you for a powerful analysis on First Order Homogeneous Differential Equations. This is where Techniques of Integration in Calculus Two is used for finding solutions to Ordinary Differential Equations. Differential Equations is an extension of Calculus. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tutor.
Thank you for teaching me, learning online really tiresome but with your videos make me understand it✨🤌🏻🤌🏻
The equations must have same dimensions for them to be homogeneous. Great work. Thanks.
This is where I attend my maths class, Thank you so much Prof J.G
thank you for always showing all the simplifying steps
Preparing for my end of semester paper in a few hours. Thanks King!
Major respect......watching this during quarantine and im absolutely enjoying it!
QUARANTINE FREN HAHA
You are one of the reasons I survived first year of engineering. Thanks man !
I'm speechless. Cryatal clear explanation
U r a breathe of fresh air. Thank u
Keep making differential equations videos the whole book lectures if possible. I have been able to learn solid calculus 1 and 2 because of you it would be highly appreciated.
Have you graduated whats going on now?
i have the same question lol@@arsh1357
It's amazing that you make video on everything I need.
Thank you so much for the awesome lecture!
Great content buddy
As an economics major who had mathematics as his minor your content really helps me
I was shocked when i heard your voice, because i didnt look at the name of the uploader page and i ve watched your chemistry videos before. You re good man :)
I almost never comment, but I thought it was worth it to thank you, now i dont think I'll fail my exam!
bro this guy is always so clutch. Better teacher than my professor with a doctorate
My "professor" tried to teach us this in two minutes by doing one problem and moving on to the next section.
Same case my professor just gave a example and moves to bernoulis equations...thanks to this man.
dude mine too. we literally did one example and he was like " aaaalright gl with your homework. and this is gonna be on quiz tomorrow"
My professor tell us to "read" about this.
@@mrx57503:52 3:52
It is very easy, but it takes some time to solve it, thanks for the help
Due to COVID-19 Situation , My classes covert from physical to online. A Teacher who even cannot teach Physically good how I can suppose that he can teach brilliantly to use in Online Situation . I literally learn nothing from my teacher however *The organic Chemistry Tutor* become my last hope through which i learn a lot. Thanks a lot buddy you are a lifesaver for me.
Thanks youuu!! Your videos are always so helpful. You are the reason why I am able to understand Organic chemistry and now you are also helping me in Maths. Thanks a lot buddy. 🙂🙂
Is there a video on exact differential equations?
Thanks from Italy !!
Great work but you can also write e^c as k, because e^ to a constant maybe a constant, but it's not the same constant "c". It's different so you have to call it something different.
Ay bro imma drop a mad amount on this channel. You've helped me since 10th grade and I'm now in my 2nd year of my civil eng. degree taking calc 4. I appreciate it dawg
same here
Really the best, I didn’t understand this lesson in Arabic or French but you made it very easy, keep going I depend on you to pass this year 😂 👏🏻
I was facing numerous problems in D. Es but this guy made my life simple
Please watch Professor Leonard Differential Equations Playlist. This professor is awesome.
Thanks my guy. Feeling confident
Good luck my fellow engineering students! You and I will both need it :)
Thanks man I Got my maths marks 1st Sem, 2nd Sem and i have Grade A for both. Thanks again GOD! Love from SL!
more vids about differential equations pls i like the way you teach
He deserves all the tuition money i give to my uni
You are just wonderful. Keep it up.
Whatta great problem! Thanks!
if i pass my DE course in electrical eng, and hopefully go on to become an engineer, i will drop a hefty donation to this guy! helped me alot
did you pass the course?
Thank you sooo much. ❤
I appreciate you work man 🤧
You deserve accreditation. Your education videos are university level.
can someone please explain the first example isn't that a linear first order equation , so can we use the integration factor method?
Question I did it inversely and I got to the point where you got the anti derivative of. 1/x dx = 1/2•e^v. But at the end I got a different answer because I added the arbitrary constant C to the exponential instead of the natural log what is the explanation behind this? Did I just mess up somewhere?
I would like to donate to your channel as well. Great work
Good work man,Thanks
You are the best ...
Thanks alot
Once I get my degree and a job I’ll donate whatever extra income I get to this guy
Can you explain why we stop at abs(x) = c(x-y)^2?
Why is that the desired form? Does it just happen to coincide with applications in the sciences and therefore this is useful for university students?
Thank you sir, for you wonderful discussion, I hoped that I passed my midterm exam by watching and listening to your video.
thankyou very much , this was very helpful
THANK YOU SOLDIER.
What did you find x in the first problem and y in the second problem?
I love this channel
This was really helpful tysm
why the x^2+3 ? Can i just stop sthe steps at final answer without the ec though? Because i dont get why we must put ec?
You saved me. Thank you
Thanks! 🤗. You are genius🔥 😇
Thank you Sir you are the best
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+The Organic Chemistry Tutor
Hello sir , are you going to upload a video in regards to solving second order differential equations?
the second example was a second order DE
THANK YOU. I HOPE I CAN ANSWER THE QUIZ ON HOMOGENEOUS.
Thank you so much man. All the differential online lectures my university was providing i couldnt understand shit from them. You are the best Teacher ever. Kewp helping us students and God Bless you
Thanxs alot you saved me...🙏🙏🙏
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Your talent will remain as rememberance dear Thanks to almighty father n continues increasing your incredible thought 💖🔥
Thank you very much sir
Been here since jhs ✊🏻🖤 and now I’m surviving college, thanks alot sir!
Thank you soooo much prov you're amaizing tbh🥰
great explanation
Thank you so much!!!
0:44
How do you come up with this equation? y = vx
Why not, y = x + 1
or anything else?
Thats just the special v-subsitution you need to memorize for homogenous equations. You want to see if the function can be a function of y over x. v=y/x is the same as y=vx
@@eashanmathur2030 ok, thank you
Just think of "v" as a variable that allows x to always have the same value as y for all values of y.
Win Ner the goal is to substitute v into the equation so you can turn it into a separable equation in terms of x and v and solve it like that. Then you just substitute your v=y/x back into the equation for the answer
Excellent, can i ask about the program of writing used in explanation.
thank you very much!
Thank you soo much!
good job done
Woow great staff my brethren may God guide you jealously for me,
Please explain the proper positioning of C. Because, I got lnY + C in the second problem and that would be a problem. I cant transfer it to the other side cause it would be a negative which will not allow the exponent rule of when exponents are added, the variables are multiplied. Its confusing, from the beginning. Again in the second problem, why is that XY dx is in the left side?
You can transfer the C to the other side and still have the positive sign. Since C is an arbitrary constant, the negative of C can still be treated as positive of C
Question, at 2:14 when dividing both sides by x, why is 2x(xdv+vdx) simplified to 2(xdv+vdx) instead of x(xdv+vdx)?
Left side is constant, he only took out the x from the right side as a co_ factor and replace it with 1
the x's cancel so ur left with 2. see: (2x)/(x) = 2
Can i know in how do you choose either left or right side in adding "C" or constant when the phase is integrating dx or dv. Im confuseee
Doesn't matter. Say that when your done, you have f(x)+c = g(x). Subtract c, you get f(x)=g(x)-c. -c is a constant, so we can just call it c. So f(x)+c = g(x) is the same as f(x)=g(x)+c
I am really confuse where should you place the "c" because it does matter on where you would place the c because you will get a completely difference answer. Lets take for example on you last example. The general solution I got was:
lnx^2 = e^(y/x) +c
Now when I computed the value of c, I got
0 = 1 +c
c = -1
Instead of
e^(y/x) = lnx^2 +c
1 = 0 + c
c = 1
Please do clarify on this one because I am having confusions. Thanks!
Thanks from India