1. Components of a force vector Hang a 2509* weight (2309* plus the 209* weight hanger) somewhere in the angular range from 15 to 75. This represents the vector F. We now balance the two components of this vector individually by hanging a weight Fx along the -x axis (180) and a weight Fy along the y axis (270) until the ring is centered. Repeat this ve times, each time starting from scratch. Record the ve trials in a table. Calculate the averages x and Fyand their standard deviations 5E and 512,. Using eqs. 1,2, with the known angle 8, calculate the expected components ngand Fy'h. Compare the measured with the theoretical values, and write some conclusions. Do the two sets of numbers agree with each other within the experimental error? If not, speculate what might be responsible for the disagreement. \fW3 Trial W1 W2 229.8g 85g 204.7g 203.7g 2 229.8g 86.8g 206.7g 3 229.8g 89g 65 degrees 180 degrees 270 degrees Degree