For this problem I can't figure out if my equation for the roadway and arch are correct, I also can't figure out how to find the equations of the braces mainly for y. Not to mention the values of y for the land supports seems inaccurate. If anyone could help it would be greatly appreciated.

78 3 Architecture Challenge Natural disasters occur all around the world. A devastating storm hit the Canadian/U.S. border and the Rainbow Bridge connecting the coasts collapsed. You are called in as the leading architect in bridge design to reconstruct the bridge stretching from the New York coast to Canada. - 192 2 /4 ) Facts that you need: Total length of the bridge: 1.450 ft. 202 - 10 Longest unsupported span of the bridge: 960 ft. There are 20 braces between the roadway and the arch. Height of the roadway above the water: 202 ft. Distance between roadway and the top of the arch is 10 ft. 192 **Assume the arch will pass through (0,0)** vertex = (725, 192) YOUR TASK is to construct (draw) a blue print of the bridge on a coordinate plane AND find the equations of the support structures that can be used to create a scale model and then the real replacement bridge. This blue print needs to include 1450 the following items: Equation of the roadway: 4 =208 y = G (x - 725 ) + 192 Equation of the Arch: _=0003653 (x- 725)3+192 0 = a (0 725) - 192 Equations of the land supports on either side of the longest spang 0 = a ( 52 5625 )+192 192 - 5256 5a J 960 US SIDE ( right) : X = luso 000 3 652 794 29 160 CANADA SIDE (left): X O 120 0 Equations of each brace connecting the arch to the roadway: 1= 490 0495