**Prove that the angle subtended at the centre of a circle is bisected by the radius passing through the mid-point of the arc.**

**Solution:**

**More Solutions:**

- ABCD and AEFG are two parallelograms.
- prove that area of ∆ BCE
- Prove that area of rectangle ∆BCD
- Prove that area of ∆CEF = 38
- Prove that area of ∆ABE=area of ∆ACF.
- Calculate the lengths of the sides of the parallelogram.
- Find the area of || gm EBCF.
- Prove that: area of ∆ABC= area of ∆EBD.
- The correct statement is
- The ratio of their areas is