QUESTION 2 (CO3, PO2, C6) T 40 m (y-40)² = 160x Figure 2: Rocket path When a rocker reached an altitude of 40m it begins
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QUESTION 2 (CO3, PO2, C6) T 40 m (y-40)² = 160x Figure 2: Rocket path When a rocker reached an altitude of 40m it begins
QUESTION 2 (CO3, PO2, C6) T 40 m (y-40)² = 160x Figure 2: Rocket path When a rocker reached an altitude of 40m it begins to travel along the parabolic path (y - 40)² = 160x as show in Figure 2, where the coordinates are measured in meters. If the component of velocity in the vertical direction is constant at Vy = 180 m/s, determine the magnitude of the rocket's and acceleration when it reaches an altitude of 80 m. (8 marks)