4. Collision (E : You are sitting in a car that moves along the x-axis. You are currently at the point (-50 m, 0) moving at a constant speed of 5 m/s toward the origin. A high schooler is also in a car but is traveling along the y-axis starting from rest at (0, -100). The high schooler has his foot on the gas all the time and is accelerating at a constant rate. What should this acceleration be so you two have a really bad day (collide)? Solve this in both your frame and a

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4. Collision (¹: You are sitting in a car that moves along the x-axis. You are currently
at the point (-50 m, 0) moving at a constant speed of 5 m/s toward the origin. A high schooler is
also in a car but is traveling along the y-axis starting from rest at (0, -100). The high schooler
has his foot on the gas all the time and is accelerating at a constant rate. What should this
acceleration be so you two have a really bad day (collide)? Solve this in both your frame and a
frame fixed to the earth.
Transcribed Image Text:4. Collision (¹: You are sitting in a car that moves along the x-axis. You are currently at the point (-50 m, 0) moving at a constant speed of 5 m/s toward the origin. A high schooler is also in a car but is traveling along the y-axis starting from rest at (0, -100). The high schooler has his foot on the gas all the time and is accelerating at a constant rate. What should this acceleration be so you two have a really bad day (collide)? Solve this in both your frame and a frame fixed to the earth.
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