You have measured time for 7 oscillations, it is 51.1 [s], pendulum suspension length d is 12 [cm]. Calculate the experimentally determined oscillation period! 0 0.02 [s] 0 0.22 [s] 07.3 [s] o 51.1 [s] o 357.7 [s] 0.69 [s]
You have measured time for 11 oscillations, it is 18.7 [s], pendulum suspension length d is 39 [cm]. Calculate the free- fall acceleration by using experimentally obtained oscillation period! o 904.76 [cm / s?] o 169.49 [cm / 82] 980.67 (cm / s) o 1228.16 [cm / 82] o 312.32 [cm / 82] o 532.21 (cm / s)
You have measured time for 7 oscillations, it is 51.1 [s], pendulum suspension length d is 12 [cm]. Calculate the experi
-
answerhappygod
- Site Admin
- Posts: 899604
- Joined: Mon Aug 02, 2021 8:13 am
You have measured time for 7 oscillations, it is 51.1 [s], pendulum suspension length d is 12 [cm]. Calculate the experi
Join a community of subject matter experts. Register for FREE to view solutions, replies, and use search function. Request answer by replying!