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18. A 10 gm of ice at – 10 °C is put nto 5 gm Of water at 27 °C. Obtam the final temperatre of the mixture. b. 3.83°C d. 10.33°C a. 8.33°C 19. Heat is supplied to 20 lb of ice at 0°F at the rate of 160 Btu/sec. How long will it take to convert the ice to steam at 213 °F? c. 5.83 °C a.193.8 b. 183.8 c. 173.8 d. 163.8

18. A 10 gm of ice at – 10 °C is put nto 5 gm Of water at 27 °C. Obtam the final temperatre of the mixture. b. 3.83°C d. 10.33°C a. 8.33°C 19. Heat is supplied to 20 lb of ice at 0°F at the rate of 160 Btu/sec. How long will it take to convert the ice to steam at 213 °F? c. 5.83 °C a.193.8 b. 183.8 c. 173.8 d. 163.8

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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18. A 10 gm of ice at – 10 °C is put into 5 gm 0f water at 27 °C. Obtain the final temperature of the mixture. b. 3.83°C c. 5.83 °C d. 10.33°C a. 8.33°C 19. Heat is supplied to 20 b of ice at 0°F at the rate of 160 Btu/sec. How long will it take to convert the ice to steam at 213 °F? a.193.8 b. 183.8 c. 173.8 d. 163.8
Transcribed Image Text:18. A 10 gm of ice at – 10 °C is put into 5 gm 0f water at 27 °C. Obtain the final temperature of the mixture. b. 3.83°C c. 5.83 °C d. 10.33°C a. 8.33°C 19. Heat is supplied to 20 b of ice at 0°F at the rate of 160 Btu/sec. How long will it take to convert the ice to steam at 213 °F? a.193.8 b. 183.8 c. 173.8 d. 163.8
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