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8. An ice piece at temperature 6 = 0 °C is affixed at the bottom of an insulated cylindrical vessel. Water equal to that of the ice in mass is now gently poured in the vessel. Area of base of the vessel is small enough so that water completely covers the ice piece and reaches a level h 19.0 cm above the base. Initially water level starts coming down and finally settles at level Ah = 0.7 cm below the initial level. Find temperature O of the water before it was poured into the vessel. Heat loss to the environment is negligible. Density of water is Pw= 1.0x 103 kg/m³, density of ice is A= 0.90x103 kg/m3, specific heat of water is Sw = 4.2 kJ/(kg K), specific heat of ice is s; = 2.1 kJ/(kg K) and specific Jatent heat of melting of ice is L= 3.3x105 J/kg. +AhL( PwtS T Sul

8. An ice piece at temperature 6 = 0 °C is affixed at the bottom of an insulated cylindrical vessel. Water equal to that of the ice in mass is now gently poured in the vessel. Area of base of the vessel is small enough so that water completely covers the ice piece and reaches a level h 19.0 cm above the base. Initially water level starts coming down and finally settles at level Ah = 0.7 cm below the initial level. Find temperature O of the water before it was poured into the vessel. Heat loss to the environment is negligible. Density of water is Pw= 1.0x 103 kg/m³, density of ice is A= 0.90x103 kg/m3, specific heat of water is Sw = 4.2 kJ/(kg K), specific heat of ice is s; = 2.1 kJ/(kg K) and specific Jatent heat of melting of ice is L= 3.3x105 J/kg. +AhL( PwtS T Sul

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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. An ice piece at temperature 6 = 0 °C is affixed at the bottom of an insulated cylindrical vessel. Water equal to that of the ice in mass is now gently poured in the vessel. Area of base of the vessel is small enough so that water completely covers the ice piece and reaches a level h = 19.0 cm above the base. Initially water level starts coming down and finally settles at level Ah = 0.7 cm below the initial level. Find temperature O of the water before it was poured into the vessel. %3D Heat loss to the environment is negligible. Density of water is pw = 1.0x 103 kg/m³, density of ice is p = 0.90×103 kg/m³, specific heat of water is Sw = 4.2 kJ/(kg·K), specific heat of ice is s; = 2.1 kJ/(kg·K) and specific latent heat of melting of ice is L = 3.3×105 J/kg. O= O;+ AhL ( Pwtsi %3D %3D %3D SS C h Sw Bw-Pi
Transcribed Image Text:. An ice piece at temperature 6 = 0 °C is affixed at the bottom of an insulated cylindrical vessel. Water equal to that of the ice in mass is now gently poured in the vessel. Area of base of the vessel is small enough so that water completely covers the ice piece and reaches a level h = 19.0 cm above the base. Initially water level starts coming down and finally settles at level Ah = 0.7 cm below the initial level. Find temperature O of the water before it was poured into the vessel. %3D Heat loss to the environment is negligible. Density of water is pw = 1.0x 103 kg/m³, density of ice is p = 0.90×103 kg/m³, specific heat of water is Sw = 4.2 kJ/(kg·K), specific heat of ice is s; = 2.1 kJ/(kg·K) and specific latent heat of melting of ice is L = 3.3×105 J/kg. O= O;+ AhL ( Pwtsi %3D %3D %3D SS C h Sw Bw-Pi
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