[" The normal at the point "(1,1)" on the curve "2y+x^(2)=],[" 1) "x+y=0quad " 2) "x-y=0],[" 3) "x+y+1=0quad " 4) "x-y-1=0]

The normal at the point (1,1) on the curve 2y+x^(2)=3 is (A) x+y=0 (B) x-y+1=0x-y+1=0x-y=0

The normal at the point (1,1) on the curve 2 y+x^2=3 is a) x+y=0 b) x-y=0 c) x+y+1=0 d) x-y=1

The normal at the point (1,1) on the curve 2y+x^2=3 is (A) x + y = 0 (B) x y = 0 (C) x + y +1 = 0 (D) x y = 0

The normal at the point (1,1) on the curve 2y+x^2=3 is (A) x - y = 0 (B) x y = 0 (C) x + y +1 = 0 (D) x y = 0

The normal at (1,1) to the circle x^(2)+y^(2)-4x+6y-4=0 is

The area of the region bounded by curves y=1-x^(2), x+y+1=0 and x-y-1=0 is

The distance between the point (1 1) and the normal to the curve y=e^(2x)+x^(3) at x=0 is

The equation of the tangent to the curve y=(1+x)^(y)+sin^(-1)(sin^(2)x) at x = 0 is :a) x-y+1=0 b) x+y+1=0 c) 2x-y+1=0 d) x+2y+2=0

The equation of tangent to the curve y= x^2 +4x+ 1 at (-1, 1) is...... A) 2x-y+3=0 B) 2x+y-5=0 C) 2x-y-1 =0 D) x+y-1 =0

[" 24.If "M(x_(0),y_(0))" is the point on the curve "3x^(2)-4y^(2)=72" ,whic "],[" is nearest to the line "3x+2y+1=0" ,then the value "o],[[x_(0)+y_(0)" ) is equal to "," (2) "-3," (3) "9," (4) "-9],[" (1) "3," (3) "]]