Directions: 1. Solve for the 10 unknowns. Box in key equations as you go along. If there are ten unknowns that means you will be dealing with 10 equations. I would prefer you identify the 10 equations as follows. Equation 1: Continuity equation at connection 1 . Equation 2: Differentiability equation at connection 1 . Equation 3: Continuity equation at connection 2 Equation 4. Differentiability equation at connection 2 .....etc. To note: A, E and N should be simple fractions, D, F, H, K, M, and P should be integers, and G you should keep as a fraction with a number on top and it on the bottom. Please do not round as your results will get completed skewed and incorrect. BE CAREFUL when you take the derivative of the sine function and the cosine function. The sine function is a chain rule. The cosine function is a combination product rule and chain rule. Create a table that contains all 10 of your solved variables. 2. Brilliant Bob is not so brilliant. His new name has become Bonehead Bob. He intended the measuring units to be yards for the x values and feet for the y values. The x units are correct, but he miscalculated his y units. He created the coaster based off the y-units being off by a scalar multiplication of 91. Luckily for you, you can quickly correct your answers by dividing all of your solved coefficients by 91. Doing this creates the proper scale of yards for the x measurements and feet for the y measurements. Please box in the correct values of all of your new coefficients. To note: All of your coefficients are going to look ugly, but things will work out nicely if you keep them as big fractions. 3. Rewrite the 6 base functions now filled in with your new coefficients (you will need to divide the coefficients 1085, 972, 8100 and 66155 by 91 as well). Program into your graphing calculators the 10 new equations. Choose a good window to see the whole rollercoaster and make sure you define your domain for each function. The coaster starts a few feet below ground level, which is ok