For a frietionless system, the perlodT of a If the period is known, the length L of the pendulum can be determined using the string of the pendulum can be determined equation as T2 L% = T 2 . T-period (8) L-length of the pendulum (m) 8-gravity fleld (9.81 m/s' on Earth) Calculate the period T and frequeney fof the pendulum given the length of the pendulum's string. Length L (m) Period T (s) Frequency/(Hz) 0.65 m 1.75 m 5.00 m 21.0 m SALIVEWORKSHEETS Calculate the length of the pendulum L and the frequency f given the period of the pendulum's motion. Period T (s) Length (m) Frequency /(Hz) 12 s 6.0 s 3.0 s 1.5s

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HONORS PHYBICS
For a frietionless system, the period T of a If the period is known, the length L of the
pendulum can be determined using the string of the pendulum can be determined
equation
T 2 .
%3D
T-period (8)
L-length of the pendulum (m)
-gravity fleld (9.81 m/s' on Earth)
Calculate the period T and frequencyfof the pendulum given the length of the
pendulum's string.
Length L (m)
Period T (s)
Frequency/(Hz)
0.65 m
1.75 m
5.00 m
21.0 m
SaLIVEWORKSHEETS
Calculate the length of the pendulum L and the frequeney / given the period of the
pendulum's motion.
Period T (s)
Length (m)
Frequency/(Hz)
12s
6.0 s
3.0s
1.5 s
A TA TATA A AATAT
Transcribed Image Text:HONORS PHYBICS For a frietionless system, the period T of a If the period is known, the length L of the pendulum can be determined using the string of the pendulum can be determined equation T 2 . %3D T-period (8) L-length of the pendulum (m) -gravity fleld (9.81 m/s' on Earth) Calculate the period T and frequencyfof the pendulum given the length of the pendulum's string. Length L (m) Period T (s) Frequency/(Hz) 0.65 m 1.75 m 5.00 m 21.0 m SaLIVEWORKSHEETS Calculate the length of the pendulum L and the frequeney / given the period of the pendulum's motion. Period T (s) Length (m) Frequency/(Hz) 12s 6.0 s 3.0s 1.5 s A TA TATA A AATAT
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