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An insulated container is partly filled with oil. The lid of the container is removed, 0.107 kg of water heated to 97.0°C is poured in, and the lid is replaced. As the water and the oil reach equilibrium, the volume of the oil increases by 1.40x10-5 m³. The density of the oil is 941 kg/m³, its specific heat capacity is 2250 J/(kg-C°), and its coefficient of volume expansion is 683x10-6 (Cº)-¹. What is the temperature when the oil and the water reach equilibrium? Number i Units °℃

An insulated container is partly filled with oil. The lid of the container is removed, 0.107 kg of water heated to 97.0°C is poured in, and the lid is replaced. As the water and the oil reach equilibrium, the volume of the oil increases by 1.40x10-5 m³. The density of the oil is 941 kg/m³, its specific heat capacity is 2250 J/(kg-C°), and its coefficient of volume expansion is 683x10-6 (Cº)-¹. What is the temperature when the oil and the water reach equilibrium? Number i Units °℃

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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An insulated container is partly filled with oil. The lid of the container is removed, 0.107 kg of water heated to 97.0°C is poured in, and the lid is replaced. As the water and the oil reach equilibrium, the volume of the oil increases by 1.40x10-5 m³. The density of the oil is 941 kg/m³, its specific heat capacity is 2250 J/(kg-C°), and its coefficient of volume expansion is 683x10-6 (Cº)-¹. What is the temperature when the oil and the water reach equilibrium? Number i Units °℃
Transcribed Image Text:An insulated container is partly filled with oil. The lid of the container is removed, 0.107 kg of water heated to 97.0°C is poured in, and the lid is replaced. As the water and the oil reach equilibrium, the volume of the oil increases by 1.40x10-5 m³. The density of the oil is 941 kg/m³, its specific heat capacity is 2250 J/(kg-C°), and its coefficient of volume expansion is 683x10-6 (Cº)-¹. What is the temperature when the oil and the water reach equilibrium? Number i Units °℃
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