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Frank is driving along a circular path (r = 700 m) at a constant speed of 25 m/s when he sees Justine traveling to the left. At the instant shown, Justine is SLOWING DOWN at a constant rate of 2 m/s every 3 s. 700 m 65° F 25 m/s 4. For the instant shown, which of the following vector triangles best represents the relationship between the acceleration of Frank, a F, acceleration of Justine, a j, and the relative acceleration of Frank with respect to Justine, ags D A B а, a, a a, a,

Frank is driving along a circular path (r = 700 m) at a constant speed of 25 m/s when he sees Justine traveling to the left. At the instant shown, Justine is SLOWING DOWN at a constant rate of 2 m/s every 3 s. 700 m 65° F 25 m/s 4. For the instant shown, which of the following vector triangles best represents the relationship between the acceleration of Frank, a F, acceleration of Justine, a j, and the relative acceleration of Frank with respect to Justine, ags D A B а, a, a a, a,

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Frank is driving along a circular path (r = 700 m) at a constant speed of 25 m/s when he sees Justine traveling to the left. At the instant shown, Justine is SLOWING DOWN at a constant rate of 2 m/s every 3 s. 700 m 65° F 25 m/s 4. For the instant shown, which of the following vector triangles best represents the relationship between the acceleration of Frank, a F, acceleration of Justine, a j, and the relative acceleration of Frank with respect to Justine, ags A B D а, a, a, a, 5. Which of the following best approximates the magnitude of the relative acceleration af Frank with respect to Justine, a gJ? of
Transcribed Image Text:Frank is driving along a circular path (r = 700 m) at a constant speed of 25 m/s when he sees Justine traveling to the left. At the instant shown, Justine is SLOWING DOWN at a constant rate of 2 m/s every 3 s. 700 m 65° F 25 m/s 4. For the instant shown, which of the following vector triangles best represents the relationship between the acceleration of Frank, a F, acceleration of Justine, a j, and the relative acceleration of Frank with respect to Justine, ags A B D а, a, a, a, 5. Which of the following best approximates the magnitude of the relative acceleration af Frank with respect to Justine, a gJ? of
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