Part 2-Pendulum Variables as Related to the Period (21 points) For each part, you will need to calculate the period. You will need to use average values for time and then calculate the period. A period is the time for 1 cycle, but to reduce uncertainty's impact on your data, you will record for 10 cycles. This is not as significant of a correction in a virtual simulation, as you can artificially slow it down, but it would be essential in an actual experiment. Part A: Pendulum Length Directions 1. Set the mass to 1.00 kg, the gravity to Earth and the friction to None. 2. Turn on the stopwatch and period trace (you may also want to use the period timer). 3. Click on "slow." 4. Choose a length for your pendulum and record it in Table 2. 5. Pull the pendulum bob up to 20 and release it. 6. Use the stopwatch and time how long the pendulum takes to complete 10 cycles. 7. Record the time to complete 10 cycles in Table 2. 8. Repeat steps 5-7 at least one more time. 9. Repeat steps 4-8 four (4) more times for a total of five (5) different pendulum lengths. Table 2: Timing 10 Cycles for a Simple Pendulum of Varying Lengths (1 point) Length 1: Length 2: Length 3: Length 4: Length 5: m m m m Trial 2 3 2 3 2 3 1 2 3 1 2 3 Time for 10 Cycles (s) Due: typed document by 11.59.00 pm on Fri., Feb. 18th for 34 All Tasks points - one per student via Turnitin.com (handwritten work will not be graded; do not include the directions/ procedure)