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In curve which satisfies the differential equation {({x}^{{2}}

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In curve which satisfies the differential equation $(x^{2} - y^{2}) d x + 2 x y d y = 0$ passes through $(1, 1)$ then curve is (a) a circle with centre on x-axis (b) a circle with centre on y-axis (c) a hyperbola with transverse axis as x-axis (d) an ellipse with major axis as y-axis

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In curve which satisfies the differential equation

(x^{2} - y^{2}) d x + 2 x y d y = 0

passes through

(1, 1)

then curve is (a) a circle with centre on x-axis (b) a circle with centre on y-axis (c) a hyperbola with transverse axis as x-axis (d) an ellipse with major axis as y-axis

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Question Text	In curve which satisfies the differential equation $(x^{2} - y^{2}) d x + 2 x y d y = 0$ passes through $(1, 1)$ then curve is (a) a circle with centre on x-axis (b) a circle with centre on y-axis (c) a hyperbola with transverse axis as x-axis (d) an ellipse with major axis as y-axis
Answer Type	Video solution: 1
Upvotes	150

In curve which satisfies the differential equation (x2−y2)dx+2xy dy=0 passes through (1,1) then curve is (a) a circle with centre on x-axis (b) a circle with centre on y-axis (c) a hyperbola with transverse axis as x-axis (d) an ellipse with major axis as y-axis

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In curve which satisfies the differential equation $(x^{2} - y^{2}) d x + 2 x y d y = 0$ passes through $(1, 1)$ then curve is (a) a circle with centre on x-axis (b) a circle with centre on y-axis (c) a hyperbola with transverse axis as x-axis (d) an ellipse with major axis as y-axis