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A juice box measures 6.4 cm (W) by 4.0 cm by 10.5 cm(H). It contains 250 ml of juice. The straw height (distance from the bottom of the box to the spout) is (H)+0.5 cm. The straw diameter is approximately 1.6 cm(D). I KNOW THIS IS NOT EXACTLY HOW THIS WORKS, but assume the box does not deform very much and treat my nephew squeezing the juice box as if we are adding a little pump to the system. If the applied head from my nephew's hand is (40) cm(P), what is the exit velocity out of the straw? State all your assumptions. H am

A juice box measures 6.4 cm (W) by 4.0 cm by 10.5 cm(H). It contains 250 ml of juice. The straw height (distance from the bottom of the box to the spout) is (H)+0.5 cm. The straw diameter is approximately 1.6 cm(D). I KNOW THIS IS NOT EXACTLY HOW THIS WORKS, but assume the box does not deform very much and treat my nephew squeezing the juice box as if we are adding a little pump to the system. If the applied head from my nephew's hand is (40) cm(P), what is the exit velocity out of the straw? State all your assumptions. H am

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A juice box measures 6.4 cm (W) by 4.0 cm by 10.5 cm(H). It contains 250 ml of juice. The straw height (distance from the bottom of the box to the spout) is (H)+0.5 cm. The straw diameter is approximately 1.6 cm(D). I KNOW THIS IS NOT EXACTLY HOW THIS WORKS, but assume the box does not deform very much and treat my nephew squeezing the juice box as if we are adding a little pump to the system. If the applied head from my nephew's hand is (40) cm(P), what is the exit velocity out of the straw? State all your assumptions. H am
Transcribed Image Text:A juice box measures 6.4 cm (W) by 4.0 cm by 10.5 cm(H). It contains 250 ml of juice. The straw height (distance from the bottom of the box to the spout) is (H)+0.5 cm. The straw diameter is approximately 1.6 cm(D). I KNOW THIS IS NOT EXACTLY HOW THIS WORKS, but assume the box does not deform very much and treat my nephew squeezing the juice box as if we are adding a little pump to the system. If the applied head from my nephew's hand is (40) cm(P), what is the exit velocity out of the straw? State all your assumptions. H am
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