DIFFERENTIAL EQUATION OF FIRST ORDER & FIRST DEGREE |S-1| ENGINEERING FIRST YEAR | SEM-2

** A differential equation of first order and first degree can be written as f( x, y, dy/dx) = 0.
* For any differential equations it is possible to find the general solution and particular solution.
* If in an equation it is possible to collect all the terms of x and dx on one side and all the terms of y and dy on the other side, then the variables are said to be separable. Thus the general form of such an equation is,
f(x)dx = g(y)dy (or) f(x)dx + g(y)dy = 0.
.
.
** CONTACT US FOR GUEST LECTURES | CORPORATE TRAINING | MOTIVATIONAL SEMINAR | CAREER GUIDANCE !!
* Email id : [email protected]
* Engineering WhatsApp Groups:
https://chat.whatsapp.com/LDW4EGPznOj... (GROUP - 1 | FULL)
https://chat.whatsapp.com/CHSU156XqWV... (GROUP - 2 | FULL)
https://chat.whatsapp.com/G0bNtmrjB22... (GROUP - 3)
* XII-JEE-CET WhatsApp Group:
https://chat.whatsapp.com/BDy7IWdojtA... (GROUP - 1)
* Telegram : https://t.me/saurabhdahivadkar
* Facebook :   / saurabhdahivadkar  
* Instagram :   / saurabhdahivadkar  


ALL THE VERY BEST !!
.
.
ENGINEERING FIRST YEAR | FIRST YEAR ENGINEERING | DIFFERENTIAL EQUATIONS | DIFFERENTIAL EQUATIONS OF FO FD | LINEAR DIFFERENTIAL EQUATION | EXACT DIFFERENTIAL EQUATION | MUMBAI UNIVERSITY | PUNE UNIVERSITY | SSPU | NAGPUR UNIVERSITY | JALGAON UNIVERSITY | BEST CHANNEL FOR ENGINEERING MATHS | ENGINEERING MATHS | KUMBHOJKAR NUMERICALS
.
.
#engineeringfirstyear #differentialequation #saurabhdahivadkar
#differentialequationoffirstorderandfirstdegree #mumbaiuniversity #puneuniversity #engineeringmaths2 #semester2 #appliedmaths #kumbhojkarnumericals #jalgaonuniversity #differentialequations