A pendulum at sea level (g= 9.8 m/s2) has a period of 0.9500s. you move to a new city, and the pendulum now has a period of 0.9504 s. Using the equations for the pendulum's period and for the acceleration of gravity from uniform circular motion, - Find the value of g for the new city, and - Find the altitude of the new city
A pendulum at sea level (g= 9.8 m/s2) has a period of 0.9500s. you move to a new city, and the pendulum now has a period of 0.9504 s. Using the equations for the pendulum's period and for the acceleration of gravity from uniform circular motion, - Find the value of g for the new city, and - Find the altitude of the new city
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A pendulum at sea level (g= 9.8 m/s2) has a period of 0.9500s. you move to a new city, and the pendulum now has a period of 0.9504 s. Using the equations for the pendulum's period and for the acceleration of gravity from uniform circular motion,
- Find the value of g for the new city, and
- Find the altitude of the new city
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