C. Determine acceleration due to gravity 6. Set the pendulum length to 25 cm with a mass of 150 g. Measure the time for 50 complete oscillations. Record this result in Data Table 5. Page 2 of 7 7. Compute and record the period, T, for one complete oscillation. Compute and record the frequency of oscillation, f. 8. Use g = L(2nif) to determine the value of g, the free fall acceleration of gravity. Record this in the data table. Compute the % Error between your measured value of g and the true value. 9. Repeat steps 6-8 for the pendulum lengths specified in the data table. 10. Close the simulation.Data Table 5 Time 50 osc. Length (m) T (s) F (Hz) E (m/s?) % Err (%) (s) 0.25 49.66 5 0.99 s 0.50 70.05 S 1.40 s 0.75 86.78 s 1.74 s 1.00 100.29 s 2.01 s For the pendulum length of 1.00 m, show your calculation for the value of g, Also, show your calculation for the % Error. g= m/$2 % Err = %