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Project Wrap-Up Questions: 1) If Donkey Kong is on a bridge 638 feet in the air, 6 seconds after a shell was released, which shell

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Project Wrap-Up Questions: 1) If Donkey Kong is on a bridge 638 feet in the air, 6 seconds after a shell was released, which shell hit Donkey Kong and how do you know? 2) If Toad is located at the point (22,995), which shell will hit Toad? How do you know? 3)How long was each shell in the air until it hit a target or the ground? In the fierce world of Mario Kart racers try to dominate the course by shooting blue, red, and green shells at one another. In this race, the track is on that of a volcano and the players are racing to the top in order to save Princess Daisy. When struck with a shell, the opposing player is spun out of control, therefore losing their current place in the race. The flight path of the shells can be modeled by a quadratic curve. Use x to represent the time (in seconds) and y to represent height (in feet) of each shell. Throughout the project, you will investigate the path of each shell. You will determine how high and how far each shell was tossed and compare the path of each shell. You will also determine which shell hit Donkey Kong and which shell hit Toad. Donkey Kong is located at (37,572) Toad is located at (22,995) Project Wrap-Up Questions: 1) If Donkey Kong is on a bridge 638 feet in the air, 6 seconds after a shell was released, which shell hit Donkey Kong and how do you know? 2) If Toad is located at the point (22,995), which shell will hit Toad? How do you know? 3)How long was each shell in the air until it hit a target or the ground? In the fierce world of Mario Kart racers try to dominate the course by shooting blue, red, and green shells at one another. In this race, the track is on that of a volcano and the players are racing to the top in order to save Princess Daisy. When struck with a shell, the opposing player is spun out of control, therefore losing their current place in the race. The flight path of the shells can be modeled by a quadratic curve. Use x to represent the time (in seconds) and y to represent height (in feet) of each shell. Throughout the project, you will investigate the path of each shell. You will determine how high and how far each shell was tossed and compare the path of each shell. You will also determine which shell hit Donkey Kong and which shell hit Toad. Donkey Kong is located at (37,572) Toad is located at (22,995)

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