Euler's Method - Example 1

[@Johndavid1451]

Professors fail to realize the importance of going slow and walking through the problems in a reasonable way. You thoroughly explained this and I could easily follow along. Thanks, man.

[@isaacmar2]

If only all professors could be as thorough and clear as you were in this video. 30 minutes ago I had NO IDEA what Eulers method was, now I understand it.

[@kevinjones8407]

It took me forever to find a video that wasn't 100% wrong from start to finish. Thank you

[@hans3331000]

i love these types of videos for when you need a refresher for higher courses. i hate in depth derivations, this is just straight forward. i find most of these "math" videos are just people showing off they know terminology and just want people to know that they know how to solve problems

[@simeonogbonna568]

Amazing. Importance of a good teacher like this cannot be overemphasized

[@CarlosHernandez-nw3xh]

8 years later and this video is extremely useful! Thank you so much

[@yunboxi4831]

This is the best explanation on Euler's method I've found! Thank you for this video

[@alexk267]

Thank you so much. Agreed with Jonathan Groppenbacher, best explanation I could find!

[@samuelhampongo7278]

So clear.. Best explanation

[@darrenfurtado596]

BEST explanation out there. Has all the clarifications that a student could get stuck on as well as the reasoning behind why it works, and how the formula is derived (previous video). Can’t thank you enough!

[@lukesmith733]

This is really great. I had 1 lecture about this and then an exam with Euler’s method the very next class period. This short video is great!

[@eshaghazali2954]

was literally pulling my hair out over the weekend because I couldn't understand this. THANKYOU

[@adepojutemitope605]

I must commend you for the clarity of the topic, i understand it better than any teaching that i have listen to before. Thanks

[@cheseapeakebaykayakfisher1385]

Well done. Euler himself couldn't have explained it better.

[@adv3nturetime]

this is easily the best explanation. others try to do too much.

[@christiankenny5858]

I haven't even taken Differential Equations yet, so I don't know anything about this topic, but this video was super helpful! I understand how to do this and can't wait to tackle it this upcoming fall with ease! Thank you!!

[@dikayogadika]

I appreciate it! big respect from Bali - INA

[@thedanebear]

Great delivery and explanations. Thank you for providing this video!

[@OrangMisai]

this is the type of lecture that imma sit in front

[@JonathanGroppenbacher]

Thank you for the clarification at 3:30 that f is y'

[@fireflylectures]

No problem. Yes that sometimes throws students off.

[@foober7097]

I missed this lecture, this video is excellent and very helpful, thank you

[@moayyadarz2965]

it is the best explanation I have found for this problem . thanks you very much *Firefly Lectures*

[@MOKRABachour]

The best explanation I've ever seen with strong English . Thank you so much sir made my day :)

[@adrianajimenez7142]

This helped me so much! Thanks for doing such a great job :)

[@AJ-et3vf]

Awesome video! Thank you!

[@nadiashahin6874]

THANK YOU!!!!!!! this was a great refresher after a long break from calculus!!! keep doing what ur doing👍🏼

[@fireflylectures]

You’re welcome! 🤗

[@a_sotal]

THANK YOU , my profs could never , this saved me for my midterm !!

[@luismunoz6937]

Thank you for the clear explanation!

[@brianmaxtchouambe5625]

Thanks so much. You are a life saver. Keep up the good work.

[@emmas4503]

Great video, thank you so much

[@hamulus1858]

Hyy sir I'm from. India nd tq so much to provide me good solutions. I'm preparing for my Bsc. Graduation degree by ur KZbin channel

[@AngelloLGacer]

Thanks sir, this is such a life saver for my exam tomorrow.

[@PeterKeynes]

at 9:29, is that graphical curve the actual solution curve? at y(0), the gradient is supposed to be 0 right?

[@dasport9677]

thank you ... very useful .. but what this board you use ?

[@anasalshaikh9290]

thank you

[@lync5960]

Thank you Sir! This was better explanation than my class lecture.

[@moezhassen2407]

Hello, thank you very much for your superb course on the Euler method. I would please like to know which graphics tablet and stylus you are using and software. I am a mechanical teacher and because of the epidemic of the covid 19 virus, I would like to teach my students in this way by videoconference

[@fireflylectures]

It's called a Wacom Bamboo tablet. There are a variety of 'notepads' you can use to write on digitally depending on your operating system. Windows Journal is a good one for Windows based systems. Best of luck!

[@kaideng2970]

Thank you for the video, it is really helpful!

[@EpmMaxim]

thank you so much!!!

[@calpal9871]

this was a helpful example. thanks.

[@lyricsworld116]

Always add in the video description the link of the previous lecture

[@Power-Group]

thank u so much

[@ismaelmayanja9375]

Thank you, very helpful

[@iPodLemoned]

Great Video, Thank you.

[@siddybalde1520]

thanks for shearing, your video is helpful. so clear......👍👍👍

[@thalassatrinculo]

love your videos! Thanks.

[@shafkatislam8429]

very helpful, thank you sir

[@gissellesainz7704]

Thank you!

[@axelmeramas976]

greate explanation thank you for sharing

[@confusedcaveman5678]

Thank you so much!!

[@jeffkennyrafaniriantsoa933]

cool bro! thanks a lot!

[@gourab469]

thanks a lot for making this video :)

[@الملك-خ4ث8ج]

thanks

[@drandrewsanchez]

great example!

[@rahatahmed9678]

Thank U so much for appropriate explanation

[@abhishekkale8750]

thank u sir,

[@kapilughade164]

Oo thx u made it easy for me!!❗👆

[@m.yideas7486]

Thank u sir it was really help full from pakistan

[@saadmellouk5296]

what if there is a constant in the equation ?

[@deepesh7337]

Thanks man Love from India!

[@syedzuhra701]

What is the need of modified euler method?

[@muhammadhassanzia2026]

THANK U SO MUCH SIR

[@liskacek1]

Thank you! I was searching for a video which would show what was that f(x(n-1),y(n-1))!

[@Tech_BourA]

IDK why my professor makes it look so freaking complicated in the PDF lecture, omg it felt like a monster, but not anymore.

[@lctro4337]

sir correct me if i am wrong but on 0.1 , y=0 , so i guess the graph shape should like semicubical parabola, as values keep on increasing.

[@MARCUSAURELIUSX9]

thank u

[@imane.mellouk]

hey the course was cool

[@blackheart6897]

But your graph doesn't cross x-axis at x=0.1

[@scottwooddell1241]

You don't even mention that Euler's Method is a straight-line approximation to a curve and that the connection between the points is a straight line with slope dy/dx.

[@igocheaugustine655]

Please I need a solution to this question Y'=(X-Y²)raise to power of 1/2 Using euler cauchy method

[@mohammadlatif4924]

at X1 = 0.1 the Y1 = 0 but sir you show wrong on graph pl check

[@xXCaptCrackerXx]

This really helped me. Just clicked and now I understand.

[@TheSimenx]

why is this vid not taken down

[@TheSimenx]

!! biohazard

[@rimakumari6299]

Sum of .0464+.032=.0784 Giving wrong value even after using calculator 😂

[@pbeee2417]

Thank you

[@soumiahassane8246]

thank you !!!