Home
Class 12
MATHS
A circle of radius 320 is tangent to the...

A circle of radius 320 is tangent to the inside of the circle of radius 1000. The Smaller circle is tangent to the diameter of the larger circle at point P Maximum distance of point P from the circumference of the larger circle is `lamda` Then `[lamda/250]` (where [] represents is(where [.] represents greatest integer function).

Promotional Banner

Similar Questions

Explore conceptually related problems

Draw a circle of radius 3 cm. Construct a tangent to the circle at a point A on the circle.

A circle of radius 2 cm touches a circle of radius 10cm internally. Determine the length of a tangent segment drawn through the cente of the larger circle to the smaller circle.

A circle of radius 2 cm touches a circle of radius 10cm internally. Determine the length of a tangent segment drawn through the cente of the larger circle to the smaller circle.

The length of the tangent from a point at P at a circle of radius 3 cm is 4 cm . The distance of P from the centre of the circle is

From a point P, the length of the tangent to a circle is 12 cm, and the distance of P from the centre is 13 cm. The radius of the circle is

A circle is drawn in a sectore of a larger circle of radius r, as shown in fugure. The smaller circle is tangent to the two bounding radii and the are of the sector. The radius of the smaller circle is

A circle is drawn in a sectore of a larger circle of radius r, as shown in fugure. The smaller circle is tangent to the two bounding radii and the are of the sector. The radius of the smaller circle is

A point P is 25 cm from the center of a circle. The radius of the circle is 7 cm and length of the tangent drawn from P to the circle is :

If a point P is 17cm from the centre of a circle of radius 8cm, then find the length of the tangent drawn to the circle from point P.