Fill in the blanks: A wildlife biologist is studying the hunting patterns of tigers. She anesthetizes a tiger and attaches a GPS collar to track its movements. The collar transmits data on the tiger's position and velocity. Figure below shows the tiger's velocity as a function of time as it moves on a one dimensional path. +, right Velocity, v -, left B D E Time, t - H G F If the answer is more than 1 letter (capital), separate by one space (i.e. A B C) 1. At which marked point(s) is the tiger not moving? 2. At which marked point(s) is the tiger not accelerating? 3. At which point does the tiger have the greatest speed? 4. At which point does the tiger's acceleration have the greatest magnitude? 5. At which point is the tiger farthest from its starting position?
Fill in the blanks: A wildlife biologist is studying the hunting patterns of tigers. She anesthetizes a tiger and attaches a GPS collar to track its movements. The collar transmits data on the tiger's position and velocity. Figure below shows the tiger's velocity as a function of time as it moves on a one dimensional path. +, right Velocity, v -, left B D E Time, t - H G F If the answer is more than 1 letter (capital), separate by one space (i.e. A B C) 1. At which marked point(s) is the tiger not moving? 2. At which marked point(s) is the tiger not accelerating? 3. At which point does the tiger have the greatest speed? 4. At which point does the tiger's acceleration have the greatest magnitude? 5. At which point is the tiger farthest from its starting position?
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