Statement 1: If a line L = 0 is tangent to the circle S = 0, then it w

1.	Statement 1: If a line L = 0 is tangent to the circle S = 0, then it will also be a tangent to the circle S + λL = 0Statement 2: If a line touches a circle, then perpendicular distance of the line from the centre of the circle is equal to the radius of the circle.
Answer» Statement 1: If a line $L = 0$ is tangent to the circle $S = 0$ , then it will also be a tangent to the circle $S + λ L = 0$ Statement 2: If a line touches a circle, then perpendicular distance of the line from the centre of the circle is equal to the radius of the circle.

Statement 1: If a line L = 0 is tangent to the circle S = 0, then it will also be a tangent to the circle S + λL = 0Statement 2: If a line touches a circle, then perpendicular distance of the line from the centre of the circle is equal to the radius of the circle.

Answer»

Statement 1: If a line $L = 0$ is tangent to the circle $S = 0$ , then it will also be a tangent to the circle $S + λ L = 0$

Statement 2: If a line touches a circle, then perpendicular distance of the line from the centre of the circle is equal to the radius of the circle.