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A stone of 20 kg mass and a tank containing 200 kg water comprise a system. The stone s. 15 m above the water level initially. The stone and water are at the same temperature initially, If the stone falls into water then determine AU, APE, AKE, Q and W when: () The stone is about to enter the water. (11) The stone has come to rest in the tank, (I) The heat is transferred to the surroundings in such an amount that the stone and water come to their initial temperature.

A stone of 20 kg mass and a tank containing 200 kg water comprise a system. The stone s. 15 m above the water level initially. The stone and water are at the same temperature initially, If the stone falls into water then determine AU, APE, AKE, Q and W when: () The stone is about to enter the water. (11) The stone has come to rest in the tank, (I) The heat is transferred to the surroundings in such an amount that the stone and water come to their initial temperature.

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
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A stone of 20 kg mass and a tank containing 200 kg water comprise a system. The stone is. 15 m above the water level initially. The stone and water are at the same temperature initially, If the stone falls into water then determine AU, APE, AKE, Q and W when: () The stone is about to enter the water, (1) The stone has come to rest in the tank, (i) The heat is transferred to the surroundings in such an amount that the stone and water come to their initial temperature.
Transcribed Image Text:A stone of 20 kg mass and a tank containing 200 kg water comprise a system. The stone is. 15 m above the water level initially. The stone and water are at the same temperature initially, If the stone falls into water then determine AU, APE, AKE, Q and W when: () The stone is about to enter the water, (1) The stone has come to rest in the tank, (i) The heat is transferred to the surroundings in such an amount that the stone and water come to their initial temperature.
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