A 164 ft x 82 ft (1968 in x 984 in) swimming pool of uniform depth is filled with 660,000 gallons of water (5.50x106 lbs). The atmosphere is pushing on the surface of the water with a pressure of 14.7 lb/in². What is the pressure at the bottom of the pool in lb/in2 and in atm? O 14.7 lb/in2, 1.00 atm O 2.84 lb/in2, 0.19 atm O 17.5 lb/in2, 0.0231 atm O 17.5 lb/in2, 1.19 atm

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Question 1
A 164 ft x 82 ft (1968 in x 984 in) swimming pool of uniform depth is filled with 660,000 gallons of
water (5.50x106 lbs). The atmosphere is pushing on the surface of the water with a pressure of 14.7
lb/in2. What is the pressure at the bottom of the pool in lb/in2 and in atm?
O 14.7 lb/in2, 1.00 atm
O 2.84 lb/in², 0.19 atm
O 17.5 lb/in2, 0.0231 atm
O 17.5 lb/in2, 1.19 atm
Question 2
The pressure inside a 1.00 L container of dry air at 298 K is 1.032 atm. A small sample of water is
introduced into the container without changing the temperature, and the pressure rises to 1.063
atm. How many water molecules evaporated?
Transcribed Image Text:Question 1 A 164 ft x 82 ft (1968 in x 984 in) swimming pool of uniform depth is filled with 660,000 gallons of water (5.50x106 lbs). The atmosphere is pushing on the surface of the water with a pressure of 14.7 lb/in2. What is the pressure at the bottom of the pool in lb/in2 and in atm? O 14.7 lb/in2, 1.00 atm O 2.84 lb/in², 0.19 atm O 17.5 lb/in2, 0.0231 atm O 17.5 lb/in2, 1.19 atm Question 2 The pressure inside a 1.00 L container of dry air at 298 K is 1.032 atm. A small sample of water is introduced into the container without changing the temperature, and the pressure rises to 1.063 atm. How many water molecules evaporated?
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