A plane which is tangent to the sphere (x−a)2+(y−a)2+(z−a)2=2a2a normal is drawn to the sphere which makes equal intercepts to the coordinate axis. Let the the equation of the line of the intersection is x−2a=y−a−2=z−0Then the equation of the tangent plane is

A plane which is tangent to the sphere (x−a)2+(y−a)2+(z−a)2=2a2a

1.	A plane which is tangent to the sphere (x−a)2+(y−a)2+(z−a)2=2a2a normal is drawn to the sphere which makes equal intercepts to the coordinate axis. Let the the equation of the line of the intersection is x−2a=y−a−2=z−0Then the equation of the tangent plane is
Answer» A plane which is tangent to the sphere $(x - a)^{2} + (y - a)^{2} + (z - a)^{2} = 2 a^{2}$ a normal is drawn to the sphere which makes equal intercepts to the coordinate axis. Let the the equation of the line of the intersection is $x - 2 a = \frac{y - a}{- 2} = z - 0$ Then the equation of the tangent plane is