Your pendulum clock is perfectly aligned to swing with a period of 1 s on the surface of our planet. Which length does that need? Sadly the moon at a distance of 384000 km and a mass of 7 1022 kg is also attracting the pendulum sometimes. Compute the detuning of the clock. Which new length is required?
Your pendulum clock is perfectly aligned to swing with a period of 1 s on the surface of our planet. Which length does that need? Sadly the moon at a distance of 384000 km and a mass of 7 1022 kg is also attracting the pendulum sometimes. Compute the detuning of the clock. Which new length is required?
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![Your pendulum clock is perfectly aligned to swing with a
period of 1 s on the surface of our planet. Which length does
that need? Sadly the moon at a distance of 384000 km and a
mass of 7 1022 kg is also attracting the pendulum sometimes.
Compute the detuning of the clock. Which new length is
required?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7770660f-0b8b-434e-a7dd-75ed5e2767f0%2F851b69f1-6c23-45b5-87e6-0fc77e8a9b32%2Fsphdsnd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Your pendulum clock is perfectly aligned to swing with a
period of 1 s on the surface of our planet. Which length does
that need? Sadly the moon at a distance of 384000 km and a
mass of 7 1022 kg is also attracting the pendulum sometimes.
Compute the detuning of the clock. Which new length is
required?
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