ANSWER
The lengths of the legs of the triangle are 6.06 yards and 3.6 yards.
Step-by-step explanation
First, let us make a sketch of the problem:
To find the length of the legs, we have to apply trigonometric ratios SOHCAHTOA.
We have that:

From the diagram:

We also have that:

From the diagram:

The lengths of the legs of the triangle are 6.06 yards and 3.5 yards.