Galilean relativity in 2d. You are the center on a hockey team Franois is the left...

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Galilean relativity in 2d. You are the center on a hockey team François is the left wing. After the face off, which you won, you're both head towards the opposing team's goal. You both François leave from the exact center of the ice at the same time. You have the puck and head directly towards the goal along the x axis with a velocity of magnitude vi, while François heads towards the same goal at an angle O, above to the x axis, with a velocity of magnitude v2. The situation is shown in the figure. Suddenly, your path to the goal is blocked while François remains open. you a. In your reference frame, at what angle, relative to the x-axis, do you have to shoot to pass the puck make the pass to François. Give your answer in terms of v1, V2, and O. b. What is the minimum velocity, in your reference frame, with which you have to shoot the puck to François so that if the rink were infinitely big he would get the pass eventually? c. The magnitude of your velocity, V1, is 4 m/s, while François's is 5 m/s. Also, O is 36.7 degrees. What angle, relative to the x axis, in you reference frame do you have to use to make the pass? goal Galilean relativity in 2d. You are the center on a hockey team François is the left wing. After the face off, which you won, you're both head towards the opposing team's goal. You both François leave from the exact center of the ice at the same time. You have the puck and head directly towards the goal along the x axis with a velocity of magnitude vi, while François heads towards the same goal at an angle O, above to the x axis, with a velocity of magnitude v2. The situation is shown in the figure. Suddenly, your path to the goal is blocked while François remains open. you a. In your reference frame, at what angle, relative to the x-axis, do you have to shoot to pass the puck make the pass to François. Give your answer in terms of v1, V2, and O. b. What is the minimum velocity, in your reference frame, with which you have to shoot the puck to François so that if the rink were infinitely big he would get the pass eventually? c. The magnitude of your velocity, V1, is 4 m/s, while François's is 5 m/s. Also, O is 36.7 degrees. What angle, relative to the x axis, in you reference frame do you have to use to make the pass? goal