**Title: Dynamics of a Marble in a Curved Tube****Text Description:**A glass tube formed into an incomplete circle lies on a level table as shown. The view is from above. A small marble is blown into the open end of the tube at A. It swirls around the tube and emerges at the other open end at C.**Tasks:****a.** Draw in vector arrows indicating the velocity and acceleration at position B.**b.** Draw a free body diagram of the marble at position B, disregarding forces in the vertical plane and friction.**c.** Indicate at position C the trajectory the marble will take upon exiting the tube.**Diagram Explanation:**The diagram, labeled as Figure 7-16, shows an open arc-shaped glass tube with points marked A, B, and C. The path of the marble is suggested by a blue gradient indicating motion from A to C, passing through B. No specific vectors or trajectory lines are shown in the diagram, so students must visualize or determine these in response to the tasks above.

Answered: Image /qna-images/answer/258f31eb-0243-4f62-947c-ba8b8c67b246.jpg

Draw in vector arrows indicating the velocity and acceleration at position B. Draw a free body diagram of the marble at position B, disregarding forces in the vertical plane and friction. Indicate at position C the trajectory the marble will take upon exiting

Draw in vector arrows indicating the velocity and acceleration at position B. Draw a free body diagram of the marble at position B, disregarding forces in the vertical plane and friction. Indicate at position C the trajectory the marble will take upon exiting

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

**Title: Dynamics of a Marble in a Curved Tube**

**Text Description:**

A glass tube formed into an incomplete circle lies on a level table as shown. The view is from above. A small marble is blown into the open end of the tube at A. It swirls around the tube and emerges at the other open end at C.

**Tasks:**

**a.** Draw in vector arrows indicating the velocity and acceleration at position B.

**b.** Draw a free body diagram of the marble at position B, disregarding forces in the vertical plane and friction.

**c.** Indicate at position C the trajectory the marble will take upon exiting the tube.

**Diagram Explanation:**

The diagram, labeled as Figure 7-16, shows an open arc-shaped glass tube with points marked A, B, and C. The path of the marble is suggested by a blue gradient indicating motion from A to C, passing through B. No specific vectors or trajectory lines are shown in the diagram, so students must visualize or determine these in response to the tasks above.

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