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Students in the Momentum Transfer Laboratory class at Adamson University use the device set-up shown in the figure below to measure the density of water: A tank and a smooth tube. The flow is laminar and has negligible velocity head loss due to sudden contraction. The measured values were as follow: • The volumetric flow rate of 0.52 cubic centimeter per second was measured using a stopwatch and a graduated cylinder. • Tube diameter (do) = 1.2 mm • Tube length (h) =0.92 meter • Water level height in the vessel (Z) = 0.15 meter; • Viscosity = 0.0011 kg/m-s. This was measured using viscometer The mass flow rate of water in kilogram per hour is Blank 1 kg/hr ***EXPRESS YOUR ANSWER in TWO (2) DECIMAL PLACE and WITHOUT UNITS****

Students in the Momentum Transfer Laboratory class at Adamson University use the device set-up shown in the figure below to measure the density of water: A tank and a smooth tube. The flow is laminar and has negligible velocity head loss due to sudden contraction. The measured values were as follow: • The volumetric flow rate of 0.52 cubic centimeter per second was measured using a stopwatch and a graduated cylinder. • Tube diameter (do) = 1.2 mm • Tube length (h) =0.92 meter • Water level height in the vessel (Z) = 0.15 meter; • Viscosity = 0.0011 kg/m-s. This was measured using viscometer The mass flow rate of water in kilogram per hour is Blank 1 kg/hr ***EXPRESS YOUR ANSWER in TWO (2) DECIMAL PLACE and WITHOUT UNITS****

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Students in the Momentum Transfer Laboratory class at Adamson University use the device set-up shown in the figure below to measure the density of water: A tank and a smooth tube. The flow is laminar and has negligible velocity head loss due to sudden contraction. The measured values were as follow: • The volumetric flow rate of 0.52 cubic centimeter per second was measured using a stopwatch and a graduated cylinder. • Tube diameter (do) = 1.2 mm • Tube length (h) =0.92 meter • Water level height in the vessel (Z) = 0.15 meter; • Viscosity = 0.0011 kg/m-s. This was measured using viscometer The mass flow rate of water in kilogram per hour is Blank 1 kg/hr ***EXPRESS YOUR ANSWER in TWO (2) DECIMAL PLACE and WITHOUT UNITS**** Water height, Z tube diameter (do) h Mass flow rate (m) ...
Transcribed Image Text:Students in the Momentum Transfer Laboratory class at Adamson University use the device set-up shown in the figure below to measure the density of water: A tank and a smooth tube. The flow is laminar and has negligible velocity head loss due to sudden contraction. The measured values were as follow: • The volumetric flow rate of 0.52 cubic centimeter per second was measured using a stopwatch and a graduated cylinder. • Tube diameter (do) = 1.2 mm • Tube length (h) =0.92 meter • Water level height in the vessel (Z) = 0.15 meter; • Viscosity = 0.0011 kg/m-s. This was measured using viscometer The mass flow rate of water in kilogram per hour is Blank 1 kg/hr ***EXPRESS YOUR ANSWER in TWO (2) DECIMAL PLACE and WITHOUT UNITS**** Water height, Z tube diameter (do) h Mass flow rate (m) ...
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