calculate the rollers coasters exhilaration factor using the formula and the roller coster design. and come up with a be

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calculate the rollers coasters exhilaration factor using theformula and the roller coster design. and come up with a betterformule for the exhilaration factor and explan why yours isbetter

Calculate The Rollers Coasters Exhilaration Factor Using The Formula And The Roller Coster Design And Come Up With A Be 1 (199.17 KiB) Viewed 60 times

3.301<x<9
8.999<x<18.13

Calculate The Rollers Coasters Exhilaration Factor Using The Formula And The Roller Coster Design And Come Up With A Be 2 (28.63 KiB) Viewed 60 times

Calculate The Rollers Coasters Exhilaration Factor Using The Formula And The Roller Coster Design And Come Up With A Be 3 (5.99 KiB) Viewed 60 times

1 三无标题图 + 11 2 y = 0.4(x--2.324)² + - y = 5{0<x<3.301} y = 1 sin (1.4x+1)+17.13 {8.999 <x<18.13} y = 18.08 {18.13 <x<22} (x-22)² + (y-15.85)² = 5 y = 18.08 (18.08<x<32} (x − 32)² + (y − 14.92)² = 10 ☀ « +−4.5x+7.2{3.301< y = 18.08 (32<x<40} y = -6.5 cos(x+0.9)+11.58{39.941<x<43. y=5{43.082<x<50} desmos X X X X X X X X X X X 25 20 15 10. -5 0 -10 5 10 desmos vo O 15 20 25 O 30 35 40 45 登录或注册 50 55 2. + S ☎
How exhilaration is your Roller Coaster?! Let's find out. The Exhilaration Factor, E.F., is given by the following formula: [₁ + E. F. = Where: C (8-C)² P* (D+ 1)² V: * C = # of different curves used (exponential, logarithmic, quadratic, etc) I = # of intervals that are decreasing P = # of inflection points V = vertical distance of the biggest drop D = height difference between the start and finish (technically, a roller coaster loops around a. Find your rollercoaster's value for each of those calculation numbers in the formula. C = # of different curves used (exponential, logarithmic, quadratic, etc) = I = # of intervals that are decreasing = P = # of inflection points= V = vertical distance of the biggest drop = D = height difference between the start and finish =
b. Calculate your rollercoaster's Exhilaration Factor! C. (BONUS MARKS - optional) Come up with a better formula for the Exhilaration Factor and explain why yours is better!