Find the general solution of the differential equation:
( (xlogx) dy/dx ) + y = (2/x) logx

2 years ago

Share

Answers : (1)

                    This is solved by integrating factor method.


Should be enough.

Arun Kumar
IIT Delhi
Askiitians Faculty
2 months ago

Post Your Answer

More Questions On Differential Calculus

Ask Experts

Have any Question? Ask Experts
Post Question
 
Answer ‘n’ Earn
Attractive Gift
Vouchers
To Win!!!
Click Here for details
Image is attached . How to draw graph of this function?
 
 
Ans: Domain is given as R. function passes through origin. So, function is always increasing . From here, find the region where f’’(x) is +ve & -ve. -> Concave Up ->...
  img
Jitender Singh 14 days ago
Help …....image attached
 
 
Ans: Differentiate Differentiate
  img
Jitender Singh 10 days ago
A particle is thrown horizontally with relative velocity 10 m/s from an inclined plane, which is also moving with acceleration 10 m/s2 vertically upward. Find the time after which it lands...
 
 
Hello Student, Well do this by relative motion. a_rel=-20 v_rel=10 0=10t-10t^2 =>t(10-10t)=0 =>t=0,1sec Thanks & Regards Arun Kumar Btech, IIT Delhi Askiitians Faculty
  img
Arun Kumar 15 days ago
thanks in advance: ABCDEF is a regular Hexagon. MN is a perpendicular bisector oa AB. MN are the end points of the circle enclosing the hexagon. Find AM and MC. Thanks a lot .
 
 
Also, please note that, FA= vector u, and FO the Vector V, where O is the center of the hexagon
 
rayson 2 months ago
 
typo: MN is a perpendicular bisector `of` AB.
 
rayson 2 months ago
if the roots of the equation ax^2+bx+c=0 are negative of each other then? a) c=0 b)b=c=0 c)b=0 d)b=0,c not equal to zero MY ATTEMPT: from the question, sum of roots=zero hence -b/a=0, this...
 
 
strictly speaking c and d both are correct because c doesn`t specify c to be 0 and d mentions the hidden fact in c that c should not be zero.
 
Lucky 2 months ago
 
yea.. exactly so it is (d). but correct is (C) option
 
RAJAT CHHABRA 2 months ago
 
mine is correct then! +3 yay
 
RAJAT CHHABRA 2 months ago
View all Questions »