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(9 points) The speed of the wind is measured with a venturi, a tube of narrowing cross section with a "U"-shaped tube Flow connected between the two sides. The ratio of the radii of the wide and narrow parts of the top tube is 2:1, and liquid Eeenium of density 10,000 kg/m' partially fills the U-tube. Determine H when a gust of 250 km/h enters the wide end of the upper tube. Assume the air does not compress inside the venturi. Your answer should be a number.

(9 points) The speed of the wind is measured with a venturi, a tube of narrowing cross section with a "U"-shaped tube Flow connected between the two sides. The ratio of the radii of the wide and narrow parts of the top tube is 2:1, and liquid Eeenium of density 10,000 kg/m' partially fills the U-tube. Determine H when a gust of 250 km/h enters the wide end of the upper tube. Assume the air does not compress inside the venturi. Your answer should be a number.

College Physics
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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(9 points) The speed of the wind is measured with a venturi, a tube of narrowing cross section with a "U"-shaped tube Flow connected between the two sides. The ratio of the radii of the wide and narrow parts of the top tube is 2:1, and liquid Eeenium of density 10,000 kg/m' partially fills the U-tube. Determine H when a gust of 250 km/h enters the wide end of the upper tube. Assume the air does not compress inside the venturi. Your answer should be a number.
Transcribed Image Text:(9 points) The speed of the wind is measured with a venturi, a tube of narrowing cross section with a "U"-shaped tube Flow connected between the two sides. The ratio of the radii of the wide and narrow parts of the top tube is 2:1, and liquid Eeenium of density 10,000 kg/m' partially fills the U-tube. Determine H when a gust of 250 km/h enters the wide end of the upper tube. Assume the air does not compress inside the venturi. Your answer should be a number.
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