Problem 23. Two asteroids are drifting in space with trajectories shown. Assuming the collision at point ( between them is completely inelastic, at what angle from its orginal direction is the larger asteroid deflected? x 45 m/s 47°; 0.10m +15 m/s. 772 A) 90° above the +x axis B) 69° above the +x axis D) 47° above the +x axis E) 80° above the +x axis C) 42° above the +x axis

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Problem 23. Two asteroids are drifting in space with trajectories shown. Assuming the collision
at point ( between them is completely inelastic, at what angle from its orginal direction is the larger
asteroid deflected?
x
45 m/s 47°;
0.10m
+15 m/s.
772
A) 90° above the +x axis
B) 69° above the +x axis
D) 47° above the +x axis
E) 80° above the +x axis
C) 42° above the +x axis
Transcribed Image Text:Problem 23. Two asteroids are drifting in space with trajectories shown. Assuming the collision at point ( between them is completely inelastic, at what angle from its orginal direction is the larger asteroid deflected? x 45 m/s 47°; 0.10m +15 m/s. 772 A) 90° above the +x axis B) 69° above the +x axis D) 47° above the +x axis E) 80° above the +x axis C) 42° above the +x axis
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