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A physics student records the data in the table below during a 1-D motion experiment with constant acceleration. Unfortunately he forgets to properly label the table before emailing it to his lab partners for analysis. As a result, they have to use their knowledge of kinematics to figure out how the table is organized and what the rows and columns represent. Use your knowledge of kinematics to select the correct answer below. Assume that all units are SI (meters, seconds, meters/second, etc) even though they are not shown. 7.000 0.00 3.0 7.031 0.01 3.1 7.062 0.02 3.2 7.095 0.03 3.3 7.128 0.04 3.4 The initial position is 7.0 meters The initial speed is 0.0 meters/second The initial time is 3.0 seconds The acceleration is 10 meters/second^2

A physics student records the data in the table below during a 1-D motion experiment with constant acceleration. Unfortunately he forgets to properly label the table before emailing it to his lab partners for analysis. As a result, they have to use their knowledge of kinematics to figure out how the table is organized and what the rows and columns represent. Use your knowledge of kinematics to select the correct answer below. Assume that all units are SI (meters, seconds, meters/second, etc) even though they are not shown. 7.000 0.00 3.0 7.031 0.01 3.1 7.062 0.02 3.2 7.095 0.03 3.3 7.128 0.04 3.4 The initial position is 7.0 meters The initial speed is 0.0 meters/second The initial time is 3.0 seconds The acceleration is 10 meters/second^2

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A physics student records the data in the table below during a 1-D motion experiment with constant acceleration. Unfortunately he forgets to properly label the table before emailing it to his lab partners for analysis. As a result, they have to use their knowledge of kinematics to figure out how the table is organized and what the rows and columns represent. Use your knowledge of kinematics to select the correct answer below. Assume that all units are SI (meters, seconds, meters/second, etc) even though they are not shown. 7.000 0.00 3.0 7.031 0.01 3.1 7.062 0.02 3.2 7.095 0.03 3.3 7.128 0.04 3.4 The initial position is 7.0 meters The initial speed is 0.0 meters/second The initial time is 3.0 seconds The acceleration is 10 meters/second^2
Transcribed Image Text:A physics student records the data in the table below during a 1-D motion experiment with constant acceleration. Unfortunately he forgets to properly label the table before emailing it to his lab partners for analysis. As a result, they have to use their knowledge of kinematics to figure out how the table is organized and what the rows and columns represent. Use your knowledge of kinematics to select the correct answer below. Assume that all units are SI (meters, seconds, meters/second, etc) even though they are not shown. 7.000 0.00 3.0 7.031 0.01 3.1 7.062 0.02 3.2 7.095 0.03 3.3 7.128 0.04 3.4 The initial position is 7.0 meters The initial speed is 0.0 meters/second The initial time is 3.0 seconds The acceleration is 10 meters/second^2
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