An inverted test tube partially filled with air floats in a plastic Question 1 vater-filled soft drink bottle as shown in the figure. The amount of air in the tube has been adjusted so that it Just floats. The bottle cap is securely fastened. A slight squeezing of the lastic bottle will cause the test tube to sink to the bottom of the bottle. Explain why does the tube float by drawing a free body diagram that a) clearly illustrates all forces applied on it? b) c) test tube if the water was replaced with a higher density fluid? Why does the tube sinks after squeezing the plastic bottle? What is the change in the magnitude of the squeeze needed to sink the

An inverted test tube partially filled with air floats in a plastic Question 1 vater-filled soft drink bottle as shown in the figure. The amount of air in the tube has been adjusted so that it Just floats. The bottle cap is securely fastened. A slight squeezing of the lastic bottle will cause the test tube to sink to the bottom of the bottle. Explain why does the tube float by drawing a free body diagram that a) clearly illustrates all forces applied on it? b) c) test tube if the water was replaced with a higher density fluid? Why does the tube sinks after squeezing the plastic bottle? What is the change in the magnitude of the squeeze needed to sink the

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Description: An inverted test tube partially filled with air floats in a plasticQuestion 1water-filled soft drink battle as shown in the figure. The amount of air in the tube has beenadjusted so that it just floats. The bottle cap is securely fastened. A slight

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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