he blue mosque -... Height of a Zero Gravity Parabolic Flight, Part II 45" Nose High In PartI you found a 3x3 system of equations using data from the flight. The solution to that system can now be used to create the quadratic model that gives the height of the plane as a function of time. a) Enter the solutions to your system here: C = b) Use your solutions to form the quadratic model of the flight: h (t ) = c) Use h(t) to find the time when the plane reaches its maximum height. Round your answer to one decimal place, if necessary: t max seconds d) Use h(t) and tmax to find the maximum height the plane reaches. Round your answer to the nearest foot. h max feet