1. 2. Compound pendulum, it consists of a uniform slender bar of total mass m and length L. The system is giver an initial small angular displacement, and as a result the pendulum oscillate in the vertical plane by a time varying angle with the vertical direction. We changed the suspended point and let the pendulum oscillates for 10 cycles, all the data recorded and data analysis in the table shown below: (m) 3. 4. 5. Trial 2 1 3 4 5 6 7 8 h (m) 0.47 0.42 0.381 0.335 0.29 0.23 0.17 0.13 T10 (second) 16.4 16.05 15.77 15.6 15.54 15.79 16.53 18.14 T (second) 1.64 1.605 1.577 1.56 1.653 1.814 Table(1): Questionl 0.1764 0.112225 0.0841 0.0289 th (m.sec) 1.264112 1.0819305 0.815256 0.57344543 ) Complete data in table (1). In figure(1) below shown data processing analysis in compound pendulum experiment. What are representing Y-axis and X-axis in a figure (1). Determine the gravity acceleration and the error percent when compared the experimental value- with the known standard value. Determine the value of KCG. Plot relationship between T versus h.(Show Tmin & KCG in your figure)