ut what is happening when the pendulum bob reaches its highest point. Com catement with the correct dropdown terminology. mt of the swing, the velocity on the pendulum bob is > the acceleration on the pendulum bob is ansion force is [Select]
ut what is happening when the pendulum bob reaches its highest point. Com catement with the correct dropdown terminology. mt of the swing, the velocity on the pendulum bob is > the acceleration on the pendulum bob is ansion force is [Select]
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![Part 2 -- Minimum centripetal force
Question 3
Now think about what is happening when the pendulum bob reaches its highest point. Complete
the following statement with the correct dropdown terminology.
At the high point of the swing, the velocity on the pendulum bob is
[Select]
[Select]
, the acceleration on the pendulum bob is
, and the tension force is [Select]
(Hint -- You may want to go back to your pendulum lab "sandbox" -- this time make sure you are
showing your velocity and acceleration vectors.)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F288fc1ee-8758-416c-b645-208b7443e8b5%2F33245bde-c69a-4608-b1a0-ea2f661f4b19%2F4sijls_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Part 2 -- Minimum centripetal force
Question 3
Now think about what is happening when the pendulum bob reaches its highest point. Complete
the following statement with the correct dropdown terminology.
At the high point of the swing, the velocity on the pendulum bob is
[Select]
[Select]
, the acceleration on the pendulum bob is
, and the tension force is [Select]
(Hint -- You may want to go back to your pendulum lab "sandbox" -- this time make sure you are
showing your velocity and acceleration vectors.)
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