Yes.HappyFlower said:The Attempt at a Solution
All I did was divide the time by 10 would that be right?
"Finding Period" refers to the process of determining the time it takes for a periodic motion or oscillation to complete one full cycle. This is typically measured in seconds or fractions of seconds.
To calculate the average for 10 oscillations in 4.56 seconds, you will need to divide the total time (4.56 seconds) by the number of oscillations (10). In this case, the average would be 0.456 seconds per oscillation.
Finding the period is important in understanding the behavior and characteristics of a system that exhibits periodic motion or oscillations. It can also be used to calculate other important quantities such as frequency and amplitude.
Examples of periodic motion or oscillations include a pendulum swinging, a spring bouncing up and down, a child on a swing, or a planet orbiting around the sun. These motions all follow a repetitive pattern and have a measurable period.
To measure the period accurately, you can use a stopwatch or a timer to record the time it takes for one full cycle of the motion. It is important to repeat this measurement multiple times and take the average to reduce any errors. You can also use more precise tools such as motion sensors or photogates to measure the period.