 ## How to find the law of cosine in a photo

New York State law requires that you find a law of “cosine” to calculate the distance between two points.

The law of this equation requires a distance of 2,000 times the diameter of a human hair to be located at a point.

The formula for the law is: dcos(1+1/2)*2=dCos(1-1/4)*2+dCos((1-3/4)-1/3)*2For this formula to work properly, you have to know two things: 1) the distance you want to find, and 2) the direction you want the point to be.

If you know the direction of the direction, then you can determine the distance.

For example, say you want your point to intersect with the center of a tree.

In this case, you can calculate the law by multiplying the angle between your point and the tree by the angle that the tree faces.

In other words, your angle to the center is equal to its diameter, which is equal the angle the tree is facing.

Now that you have this distance and the direction to your point, the law can be found.

In the picture above, you see a tree that is on the right.

The distance between your location and the center (shown in red) is the distance that the angle of the tree must be to cross the point you want.

Since the angle is the same for both trees, the angle equals the distance to the tree from the point.

If the angle to your location is greater than the distance, then your point must be farther away from the center.

If, however, the point is closer to the edge of the circle, then the angle should be equal to the distance from the edge to the point of the intersection.

This is called the “radius of circle”.

The radius of circle is equal, as well, to the area of a circle divided by the length of a line.

Therefore, the distance and direction are the same when you have both points.