Carcass wrote:
Attachment:
circle.jpg
The circle shown has center T. The measure of angle TVU is 60 °. If the circle has a radius of 3, what is the length of segment RS?
A. 2
B. \(2 \sqrt{2}\)
C. 3
D. \(3 \sqrt{3}\)
E. \(6 \sqrt{2}\)
We are told that T is the center then TU and TV are the radius of the circle and the value is 3, since both sides are same the angles TVU and TUV are 60, then obviously the other angle will be 60 degrees, it is an equilateral triangle.
We know that for an equilateral triangle all sides are equal , VU is 3. The other triangle has in sync with the TUV triangle, RS is 3.
C.