Q401.The general solution of the differential equation (1 + x)y dx + (1 – y)x dy = 0 is
Ordinary And Partial Differential Equations, Integral Equations And Calculus Of Variations questions
Q402.If 2y dy e dx − =, y = 0 when x = 5, then the value of x for y = 3 is:
Q404.If y=eax sin bx then 2 d y dx at x=0 is:
Q405.The solution of dy dy dy y - x -1 = dx dx dx is:
Q406.The solution of (x–1) dy = y dx, y (0) = –5 is:
Q407.2 x y = 8 is a particular solution of the differential equation:
Q408.The differential equation xdx–ydy = 0 represents:
Q409.The solutions of differential equation 2 dy dy - 5 + 6 = 0 dx dx are:
Q410.The solution of the differential equation 2 d y dy - 3 -4y = 0 dx is:
Q411.If dy p = dx then the singular solution of 3 2 2 3 x p + x yp +a = 0 is:
Q412.The solution of the differential equation: (x+2y) dy–(2x–y)dx = 0 is:
Q413.The solution of differential equation (D3 +3D2 +3D+1) y= e2x where d D = dx is:
Q414.The particular integral of the differential equation 2 -3x 2 d y dy + 4 + 3y = e dx is:
Q415.The singular solution of the differential equation 2 2 dy (xp - y) = p -1, p is: dx
Q416.The degree of the differential equation 2 1 + 2 d y dy dy + 2x + = 0 is: dx dx dx
Q417.The integrating factor of the differential equation (x2 +y2 +1)dx-2xy dy = 0 is:
Q418.The degree of the differential equation– 3/ 2 2 2 2 dy d y 1 dx dx is–
Q419.Which of the following differential equations is linear:
Q420.The number of integrating factors of the non- exact differential equation 2 xy y x is–
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