[" TANGENT & NORMAL "],[" 4.The curve given by "x+y=e^(n)" has a tangent parallel to the "y" -axis at the point "],[" 4) "(0,0)]

The curve given by x + y = e^(xy) has a tangent parallel to the y-axis at the point

The curve given by x+y=e^(xy) has a tangent parallel to the y-axis at the point

The curve given by x+y=e^(xy) has a tangent parallel to the y-axis at the point (0,1)(b)(1,0)(1,1) (d) none of these

The curve given by x+y=e^(x y) has a tangent parallel to the y - axis at the point (0,1) (b) (1,0) (c) (1,1) (d) none of these

The curve given by x+y=e^(x y) has a tangent parallel to the y-axis at the point (a) (0,1) (b) (1,0) (c) (1,1) (d) none of these

The curve given by x+y=e^(x y) has a tangent parallel to the y- axis at the point (a) (0,1) (b) (1,0) (c) (1,1) (d) none of these

The curve given by x+y=e^(x y) has a tangent parallel to the y-axis at the point (a) (0,1) (b) (1,0) (c) (1,1) (d) none of these

The point on the curve y=x^(2) is the tangent parallel to X-axis is

The points on the curve y=sin x ,where the tangent is parallel to the x axis is