The given differential equation is(3x 4y 1)dx (4x 5y 1)dy = 0 (i)Comparing Eq (i) with Mdx Ndy = 0, we get M = 3x 4y 1and N = 4x 5y 1Here, ∂M∂y = ∂N∂x = 4Hence, Eq (i) is exact and solution is given by ∫3x 4y 1dx ∫5y 1dy = C⇒ 3x22 4xy x 5y22 y C = 0⇒ 3x2 8xy 2x 5y2 2y 2C = 0⇒ 3x2 2 4 xy 2x 5y2 2y C = 0where, C10 Find the order and degree of the differential equation dx2 6/5 dy dx 6 8 Evaluate Evaluate Evaluate sin4 x cos6 x 3 4 5 to the Circle x' 2gx 2fy c = O Find the angle between the circles x2 — 12x — 6y 41 = O and x 2 y 2 4x6y —59=0 Find the equation of the parabola whose focus is S(I, 7) and vertex is A(I, 2) Show that the curves 2x^23y^2=5 and y^2=x^3 are orthogonal at (1,1) and (1,1) Use parametric mode to draw the curves math Two circles of radius 4 are tangent to the graph of y^2=4x at the point (1,2) Find the equation of these two
How To Show That Y Mx Is A Tangent Of The Circle X Y 2gx 2fy C 0 If G Mf C 1 M Quora
X^2+y^2+2gx+2fy+c=0 differential equation