Problem 1: A centrifuge has a diameter of 18cm. It is able to spin at 10,000 rpm. A What is the centripetal acceleration of the centrifuge? B. If we place a 10 9 gram sample into the centrifuge, what is the force on the sample C. How many times greater than the force of gravity is this force?
Problem 1: A centrifuge has a diameter of 18cm. It is able to spin at 10,000 rpm. A What is the centripetal acceleration of the centrifuge? B. If we place a 10 9 gram sample into the centrifuge, what is the force on the sample C. How many times greater than the force of gravity is this force?
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1: A centrifuge has a diameter of 18cm. It is able to spin at 10,000 rpm.
A What is the centripetal acceleration of the centrifuge?
B. If we place a 10 9 gram sample into the centrifuge, what is the force on the sample?
C. How many times greater than the force of gravity is this force?
t Predictions: On
Accessibility: Good to go
聯則](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb7ed0718-2d4f-4109-8138-ecc8c29d2ebd%2F719325bf-22cb-491d-bfcc-46427d63912d%2Fiyyrvfn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Mure than one file and it will not accept anything other than a PDF.
Problem 1: A centrifuge has a diameter of 18cm. It is able to spin at 10,000 rpm.
A What is the centripetal acceleration of the centrifuge?
B. If we place a 10 9 gram sample into the centrifuge, what is the force on the sample?
C. How many times greater than the force of gravity is this force?
t Predictions: On
Accessibility: Good to go
聯則
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