Course Contents»... LA G Liquid hellum at 4.2 K has a density of 0.147 g/mL. Suppose that a 1.00 L metal bottle at 80 K contains air at 2.0 atm pressure. If we introduce 150.0 mL of liquid hellum, seal the bottle, and allow the entire system to warm to room temperature (25°C), what is the pressure inside the bottle (in atmospheres)? Submit Answer Tries 0/99

Introductory Chemistry: An Active Learning Approach
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Author:Mark S. Cracolice, Ed Peters
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Chapter4: Introduction To Gases
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Liquid helium at 4.2 K has a density of 0.147 g/mL. Suppose that a 1.00 L metal bottle at 80 K contains air at 2.0 atm pressure. If we introduce 150.0 mL of liquid helium, seal the bottle, and allow
the entire system to warm to room temperature (25°C), what is the pressure inside the bottle (in atmospheres)?
=C
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Transcribed Image Text:Liquid helium at 4.2 K has a density of 0.147 g/mL. Suppose that a 1.00 L metal bottle at 80 K contains air at 2.0 atm pressure. If we introduce 150.0 mL of liquid helium, seal the bottle, and allow the entire system to warm to room temperature (25°C), what is the pressure inside the bottle (in atmospheres)? =C Submit Answer Tries, 0/99 M CAL 8:00- This discussion is closed. 10:50- CI 12:00 Course Contents»... LA G 1 ! Q . BUD B R F1 ост 21 @ 2 W 3 F2 *3 # E 80 F3 $ 4 10 R Q F4 % 5 T FS A 6 Y tv A a MacBook Air F6 & 7 = 8 F7 * 8 DII FB ( 9 = DD F9 ) 0 A F10 F11 + = F12 Send Feedback 4 delete
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