The diagram above shows two images of the same balloon. It is a "latex" balloon which means it is made of stretchy rubber material. The image on the left ("BEFORE") shows the balloon when it is partly inflated. After that picture was taken, the balloon was inflated with more air making it larger as shown on the right ("AFTER"). Both pictures show the same balloon, made out of the same quantity (same mass) of latex material. The diagram on the left (BEFORE) shows the balloon when it contains less air. When it is this size, it is hg = 0.4 meters in height. When the balloon contains this much air the latex material is 0.22 mm thick. The diagram on the right (AFTER) show the balloon when contains more air and it is ha = 0.85 meters in height. What is the thickness (in mm) of the latex material when the balloon contains this much air?

The diagram above shows two images of the same balloon. It is a "latex" balloon which means it is made of stretchy rubber material. The image on the left ("BEFORE") shows the balloon when it is partly inflated. After that picture was taken, the balloon was inflated with more air making it larger as shown on the right ("AFTER"). Both pictures show the same balloon, made out of the same quantity (same mass) of latex material. The diagram on the left (BEFORE) shows the balloon when it contains less air. When it is this size, it is hg = 0.4 meters in height. When the balloon contains this much air the latex material is 0.22 mm thick. The diagram on the right (AFTER) show the balloon when contains more air and it is ha = 0.85 meters in height. What is the thickness (in mm) of the latex material when the balloon contains this much air?

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Description: Please explain in details hABEFOREAFTERThe diagram above shows two images of the same balloon. It is a "latex" balloon which means it is made ofstretchy rubber material. The image on the left ("BEFORE") shows the balloon when it is partly inflated. A

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter4: Physics Of Matter

Section: Chapter Questions

Problem 9Q

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