A. Find the average for the gravitational acceleration in both trials. B. Find the standard deviation...

  

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A. Find the average for the gravitational acceleration in both trials. B. Find the standard deviation for the gravitational acceleration in both trials C. What is the percent error of the measurement for trial A? For trial B? D. If the accepted value for gravitational acceleration is 9.82 m/s, what is the percent difference between the measured value and the accepted value for trial A? For trial B? E. How many standard deviations away is the measurement for both trials from the accepted value? F. Which trial, A or B, is more accurate? Why? G. Which trial, A or B, is more precise? Why? {\x. x|2 A. Find the average for the gravitational acceleration in both trials. B. Find the standard deviation for the gravitational acceleration in both trials C. What is the percent error of the measurement for trial A? For trial B? D. If the accepted value for gravitational acceleration is 9.82 m/s, what is the percent difference between the measured value and the accepted value for trial A? For trial B? E. How many standard deviations away is the measurement for both trials from the accepted value? F. Which trial, A or B, is more accurate? Why? G. Which trial, A or B, is more precise? Why? {\x. x|2