The internal energy of a 5-kg suitcase starts at 150 kJ. The suitcase is mangled as it travels through the baggage handling equipment at the airport. During the process of travelling through the baggage-handling equipment, 10 kJ of work is done on the suitcase, and 8 kJ of heat is lost from the suitcase. What is the internal energy of the suitcase at the end of the process, in kJ? Neglect any change in kinetic or potential energy of the suitcase. Assume that the mass of the suitcase is unchanged. 152 kJ O 30 kJ O It is impossible to answer this question from the information provided. O It is possible to answer the question, but the corect answer is not among the ones listed. O 148 KJ O 168 kJ

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The internal energy of a 5-kg suitcase starts at 150 kJ. The suitcase is
mangled as it travels through the baggage handling equipment at the
airport. During the process of travelling through the baggage-handling
equipment, 10 kJ of work is done on the suitcase, and 8 kJ of heat is lost
from the suitcase. What is the internal energy of the suitcase at the end of
the process, in kJ? Neglect any change in kinetic or potential energy of the
suitcase. Assume that the mass of the suitcase is unchanged.
O 152 kJ
O 30 kJ
It is impossible to answer this question from the information provided.
O It is possible to answer the question, but the correct answer is not among the
ones listed.
148 kJ
168 kJ
Transcribed Image Text:The internal energy of a 5-kg suitcase starts at 150 kJ. The suitcase is mangled as it travels through the baggage handling equipment at the airport. During the process of travelling through the baggage-handling equipment, 10 kJ of work is done on the suitcase, and 8 kJ of heat is lost from the suitcase. What is the internal energy of the suitcase at the end of the process, in kJ? Neglect any change in kinetic or potential energy of the suitcase. Assume that the mass of the suitcase is unchanged. O 152 kJ O 30 kJ It is impossible to answer this question from the information provided. O It is possible to answer the question, but the correct answer is not among the ones listed. 148 kJ 168 kJ
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