3.2.8. [Level 2] A friend of yours has designed an ac- celeration tester. A mass can slide within the friction-free circular bowl. It's clear that if placed in a car, which then accelerates at a constant rate of i = a, m/s to the right, the mass will slide up the left slope. Your friend isn't skilled enough in dynamics to determine the acceleration for which Oo will just barely come up to the edge of the bowl. Your task is to answer this question. Obtain az as a function of 0.

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3.2.8. [Level 2] A friend of yours has designed an ac-
celeration tester. A mass can slide within the friction-free
circular bowl. It's clear that if placed in a car, which then
accelerates at a constant rate of i = a, m/s to the right,
the mass will slide up the left slope. Your friend isn't skilled
enough in dynamics to determine the acceleration for which
Oo will just barely come up to the edge of the bowl. Your
task is to answer this question. Obtain a, as a function
of 0.
DI
r.
ЕЗ.2.8
Transcribed Image Text:3.2.8. [Level 2] A friend of yours has designed an ac- celeration tester. A mass can slide within the friction-free circular bowl. It's clear that if placed in a car, which then accelerates at a constant rate of i = a, m/s to the right, the mass will slide up the left slope. Your friend isn't skilled enough in dynamics to determine the acceleration for which Oo will just barely come up to the edge of the bowl. Your task is to answer this question. Obtain a, as a function of 0. DI r. ЕЗ.2.8
Expert Solution
Step 1

Given a circular bowl with a frictionless surface  a car slides on its surface with a constant acceleration 

x..=d2xdt2=ax ms-2

drawing the free body diagram

Advanced Physics homework question answer, step 1, image 1

 

 

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