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A water main on Warren Street suddenly springs a leak, and you estimate the geyser reaches about 20 feet in height. You further estimate that about 300 gallons per minute is leaking based on the water flowing in the gutter. About how big is the hole in the water pipe?

A water main on Warren Street suddenly springs a leak, and you estimate the geyser reaches about 20 feet in height. You further estimate that about 300 gallons per minute is leaking based on the water flowing in the gutter. About how big is the hole in the water pipe?

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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Please answer questions given and fill out table using data given
Lab 5 Sample Datasheet (2) A water main on Warren Street suddenly springs a leak, and you estimate the geyser reaches about 20 feet in height. You further estimate that about 300 gallons per minute is leaking based on the water flowing in the gutter. About how big is the hole in the water pipe? (3) The geyser "Old Faithful" in Yellowstone National Park rises about 32 m upon eruption. Estimate the velocity of the water at the ground surface.
Transcribed Image Text:Lab 5 Sample Datasheet (2) A water main on Warren Street suddenly springs a leak, and you estimate the geyser reaches about 20 feet in height. You further estimate that about 300 gallons per minute is leaking based on the water flowing in the gutter. About how big is the hole in the water pipe? (3) The geyser "Old Faithful" in Yellowstone National Park rises about 32 m upon eruption. Estimate the velocity of the water at the ground surface.
Lab 5 Sample Datasheet PROBLEM SHEET Lab Problem 5 - Bernoulli's Principle and Equation Group No. Name Part 1- Pressure Head, Velocity Head, and Torricelli's Experiment TANK TANK DATUM DATUM DRAW AND LABEL PRESSURE HEAD (STATIC) DRAW AND LABEL VELOCITY HEAD Pressure Head Velocity Head -Torricelli's Exp. All measured values: Measured velocity head (jet height) = h = 8.5 cm Z = 6 cm Theoretical velocity head: ply =37.1 cm Jet Flow rate =123.29 cm/ sec Piezometric Head = Pipe inner diam. = 1.23 cm Jet area cm? Total Head = Jet velocity = cm/sec Theoretical Velocity head = v?/2g cm (1) How do the measured and theoretical values of velocity head compare in Torricelli's experiment? Suggest possible reasons for any discrepancy.
Transcribed Image Text:Lab 5 Sample Datasheet PROBLEM SHEET Lab Problem 5 - Bernoulli's Principle and Equation Group No. Name Part 1- Pressure Head, Velocity Head, and Torricelli's Experiment TANK TANK DATUM DATUM DRAW AND LABEL PRESSURE HEAD (STATIC) DRAW AND LABEL VELOCITY HEAD Pressure Head Velocity Head -Torricelli's Exp. All measured values: Measured velocity head (jet height) = h = 8.5 cm Z = 6 cm Theoretical velocity head: ply =37.1 cm Jet Flow rate =123.29 cm/ sec Piezometric Head = Pipe inner diam. = 1.23 cm Jet area cm? Total Head = Jet velocity = cm/sec Theoretical Velocity head = v?/2g cm (1) How do the measured and theoretical values of velocity head compare in Torricelli's experiment? Suggest possible reasons for any discrepancy.
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