🔵09 - First Order Separable Differential Equations 2 - Methods of Solving Differential Equations

🔵09 - First Order Separable Differential Equations 2 - Methods of Solving Differential Equations
In this video, we shall learn how to solve first order separable differential equations.
First order separable differential equations are given of the form dy/dx = f(x,y) , where f is a function of x and y.
This type of differential equation cannot be solved by direct integration.
In this series we will be looking at other forms or methods in solving other types of differential equations.
Kindly stay tuned
Differential Equation is an equation involving an unknown function and one or more of its derivatives. or It is an equation involving the derivative of the dependent variable with respect to the independent variable.
Playlists on various Course
1. Applied Electricity
• APPLIED ELECTRICITY
2. Linear Algebra / Math 151
• LINEAR ALGEBRA
3. Basic Mechanics
• BASIC MECHANICS / STATICS
4. Calculus with Analysis / Calculus 1 / Math 152
• CALCULUS WITH ANALYSIS...
5. Differential Equations / Math 251
• DIFFERENTIAL EQUATIONS
Make sure to watch till the end.
Like, share, and subscribe.
Thank you.

[@hamseahmed6172]

More helpful thanks my dear teacher

[@SkanCityAcademy_SirJohn]

You are most welcome. Thanks for watching too

[@hamseahmed6172]

@@SkanCityAcademy_SirJohn and u welcome too. 🙏 ❤️

[@justefi1284]

Thank you very much , your videos are helping so much

[@SkanCityAcademy_SirJohn]

You are most welcome. Thank you so so much too

[@KhosiMsibi-kn3iz]

You are the best!!❤

[@SkanCityAcademy_SirJohn]

Thanks so so much

[@khayalabdullayev]

Thank you for helping me so much.

[@SkanCityAcademy_SirJohn]

You are most welcome. Where do you watch from?

[@khayalabdullayev]

From Türkiye@@SkanCityAcademy_SirJohn

[@irenekavhura]

You really have helped throughout my semester🎉
Thank you

[@damiankofi2482]

At 2:50...integral gives tan inverse of y

[@SkanCityAcademy_SirJohn]

Integral of (1/1+y²) will rather give tan inverse of y, not integral of (y/1+y²) as you have at 2:50.

[@TymomaishNgari]

You have answered my question 😅😅

[@KAMANZIFABIEN]

Some how make sense but am confusing how I will teach or introduce to students at first time because am future teacher am ask my self if they ask me why am teaching that unit of differential and I wanna know if we deal in one,two or three dimensional so help me to overcome all confusing whether I can explain in my own words when they asked me for them so thank you am waiting your good response to me and I want you to help me for extra as special to me ❤

[@SkanCityAcademy_SirJohn]

It comes with practice

[@nbarekap]

do you have a series on integration?

[@SkanCityAcademy_SirJohn]

ua-cam.com/play/PLInywrvFyvq6_G3iA7LHbt5exJgGbp4Ok.html
Start from video 40

[@karamjes1719]

that example was unnecessarily difficult. but it just integration I get it. it is just not necessary

[@SkanCityAcademy_SirJohn]

Noted with thanks....

[@justefi1284]

if this is considered hard in what you're studying then you're so lucky

[@NolwaziLukhozi]

Where does (bx + c ) come from aren’t we supposed to only B ??? 👀👀

[@SkanCityAcademy_SirJohn]

No please.
We don't have two linear factors, this time we have a linear factor and a quadratic factor....

[@memorymbawala1669]

how come u said 1/ 1+y^2 its integral is ln(1+y^2) not tan inverse

[@SkanCityAcademy_SirJohn]

Yes, you have a point, but you know certain integrals have multiple results. Tan inverse is one option, ln () is another too. You can as well do more research to confirm. Thanks so much

[@memorymbawala1669]

@@SkanCityAcademy_SirJohn Thank you so much

[@SkanCityAcademy_SirJohn]

You are most welcome. Where do you watch me from?

[@memorymbawala1669]

@@SkanCityAcademy_SirJohn Am from Malawi at Malawi university of science and technology

[@SkanCityAcademy_SirJohn]

That's nice, and studying which program?

[@ayamwenzdayz3551]

This is pretty time consuming

[@SkanCityAcademy_SirJohn]

Yes, but it's worth its