The Main Cable Of A Suspension Bridge Forms A Parabola Modeled By The Equation Y = A(X – H)2 + K Where Y Is The Height In Feet Of The Cable Above The Road, X Is The Horizontal Distance In Feet From The Right Bridge Support, A Is A Constant, And (H, K) Is The Parabola’s Vertex. What Is The Maximum And Minimum Height Of The Bridge Modeled By The Equation Y = 0.005(X – 60)2 + 8?. To determine the maximum and minimum heights of the suspension bridge modeled by the equation y = 0.005 (x − 60) 2 + 8, we start by recognizing that this is a parabolic equation in. In the given equation, the vertex is at (h, k), which is (60, 8).
To determine the maximum and minimum heights of the suspension bridge modeled by the equation y = 0.005 (x − 60) 2 + 8, we start by recognizing that this is a parabolic equation in. In the given equation, the vertex is at (h, k), which is (60, 8). The main cable of a suspension bridge forms a parabola, described by the equation y = a (x − h) 2 + k, where y is the height in feet of the cable above the roadway, x is.
