1. A tired engineering student wants to take a summer break after a stressful exam and wanted to have a little dip in the pool, but just as he was watching over the swimming pool, he saw a tire beside him and wondered how much of it will float in water. By calculating, he learned that the tire's density is pPrire = 340 kg/m² and the swimming pool's density is puquid = 1120 kg/m² a. What fraction of the tire is beneath the surface of the water? b. What fraction of the tire is above the surface of the water?
1. A tired engineering student wants to take a summer break after a stressful exam and wanted to have a little dip in the pool, but just as he was watching over the swimming pool, he saw a tire beside him and wondered how much of it will float in water. By calculating, he learned that the tire's density is pPrire = 340 kg/m² and the swimming pool's density is puquid = 1120 kg/m² a. What fraction of the tire is beneath the surface of the water? b. What fraction of the tire is above the surface of the water?
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Transcribed Image Text:1. A tired engineering student wants to take a summer break after a stressful exam and wanted to have
a little dip in the pool, but just as he was watching over the swimming pool, he saw a tire beside him and
wondered how much of it will float in water. By calculating, he learned that the tire's density is pPrire =
340 kg/m? and the swimming pool's density is puquid = 1120 kg/m?
а.
What fraction of the tire is beneath the surface of the water?
b. What fraction of the tire is above the surface of the water?
с.
Did the student already review for the upcoming midterm exam?
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