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The differential equation (dx)/(dy)=(3y)...

The differential equation `(dx)/(dy)=(3y)/(2x)` represents a family of hyperbolas (except when it represents a pair of lines) with eccentricity. `sqrt(3/5)` (b) `sqrt(5/3)` `sqrt(2/5)` (d) `sqrt(5/2)`

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The differential equation (dy)/(dx)=(2x)/(3y) represents a family of hyperbolas (except when it represents a pair of lines) with eccentricity. (a) sqrt(3/5) (b) sqrt(5/3) (c) sqrt(2/5) (d) sqrt(5/2)

The differential equation (dy)/(dx)=(2x)/(3y) represents a family of hyperbolas (except when it represents a pair of lines) with eccentricity. (a) sqrt(3/5) (b) sqrt(5/3) (c) sqrt(2/5) (d) sqrt(5/2)

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The eccentricity of the ellipse 4x^(2)+9y^(2)=36 is (1)/(2sqrt(3)) b.(1)/(sqrt(3)) c.(sqrt(5))/(3) d.(sqrt(5))/(6)

The eccentricity of the ellipse 4x^2+9y^2=36 is a. 1/(2sqrt(3)) b. 1/(sqrt(3)) c. (sqrt(5))/3 d. (sqrt(5))/6

The eccentricity of the ellipse 4x^2+9y^2=36 is a. 1/(2sqrt(3)) b. 1/(sqrt(3)) c. (sqrt(5))/3 d. (sqrt(5))/6