plot the curve `y =[x]^2 `

Plot the curve y=[e^([x])]; when -4

plot the curve |y|=|sin x+1/2|

Plot the curve y=(log)_e(-x)dot

Plot the curve y=(log)_e(-x)dot

Plot the curve y=log_(e)(-x)

Plot the curve y=(log)_e(-x)dot

Plot the curve y=(log)_e(-x)dot

A curve satisfies the differential equation (dy)/(dx)=(x+1-xy^(2))/(x^(2)y-y) and passes through (0,0)(1) The equation of the curve is x^(2)+y^(2)+2x=x^(2)y^(2)(2) The equation of the is a tangent to curve (4)y=0 is a tangent to curve

A curve satisfies the differential equation (dy)/(dx)=(x+1-xy^2)/(x^2y-y) and passes through (0,0) (1) The equation of the curve is x^2+y^2+2x=x^2y^2 (2) The equation of the curve is x^2+y^2+2x+2y=x^2y^2 (3) x=0 is a tangent to curve (4) y=0 is a tangent to curve

Plot the line 2x-3y=12 .