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A very flexible helium-filled balloon is released from the ground into the air at 20. °C. The initial volume of the balloon is 5.00 L, and the pressure is 760. mmHg. The balloon ascends to an altitude of 20 km, where the pressure is 76.0 mmHg and the temperature is -50. °Č. What is the new volume, V2, of the balloon in liters, assuming it doesn't break or leak?

A very flexible helium-filled balloon is released from the ground into the air at 20. °C. The initial volume of the balloon is 5.00 L, and the pressure is 760. mmHg. The balloon ascends to an altitude of 20 km, where the pressure is 76.0 mmHg and the temperature is -50. °Č. What is the new volume, V2, of the balloon in liters, assuming it doesn't break or leak?

Introduction to General, Organic and Biochemistry
Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter5: Gases, Liquids, And Solids
Section: Chapter Questions
Problem 5.114P: 5-114 Carbon dioxide gas, saturated with water vapor, can be produced by the addition of aqueous...
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Item 5 5 of 16 > I Review I Constants I Periodic Table All pressure-volume-temperature relationships for gases can be combined into a single relationship known as the combined gas law. This expression can be used when looking at the effect of changes in two of these variables on the third as long as the amount of gas (number of moles) remains constant. To use the combined gas law properly, you must always express the temperatures in kelvins. The combined gas law can be represented as follows: Part A A very flexible helium-filled balloon is released from the ground into the air at 20. °C. The initial volume of the balloon is 5.00 L, and the pressure is 760. mmHg. The balloon ascends to an altitude of 20 km, where the pressure is 76.0 mmHg and the temperature is -50. °C. What is the new volume, V2, of the balloon in liters, assuming it doesn't break or leak? Express your answer with the appropriate units. P2V2 T2 PV1 • View Available Hint(s) T1 V2 = Value Units Part B Consider 4.20 L of a gas at 365 mmHg and 20. °C. If the container is compressed to 2.00 L and the temperature is increased to 35 °C , what is the new pressure, P2, inside the container? Assume no change in the amount of gas inside the cylinder. Express your answer with the appropriate units.
Transcribed Image Text:Item 5 5 of 16 > I Review I Constants I Periodic Table All pressure-volume-temperature relationships for gases can be combined into a single relationship known as the combined gas law. This expression can be used when looking at the effect of changes in two of these variables on the third as long as the amount of gas (number of moles) remains constant. To use the combined gas law properly, you must always express the temperatures in kelvins. The combined gas law can be represented as follows: Part A A very flexible helium-filled balloon is released from the ground into the air at 20. °C. The initial volume of the balloon is 5.00 L, and the pressure is 760. mmHg. The balloon ascends to an altitude of 20 km, where the pressure is 76.0 mmHg and the temperature is -50. °C. What is the new volume, V2, of the balloon in liters, assuming it doesn't break or leak? Express your answer with the appropriate units. P2V2 T2 PV1 • View Available Hint(s) T1 V2 = Value Units Part B Consider 4.20 L of a gas at 365 mmHg and 20. °C. If the container is compressed to 2.00 L and the temperature is increased to 35 °C , what is the new pressure, P2, inside the container? Assume no change in the amount of gas inside the cylinder. Express your answer with the appropriate units.
Item 5 5 of 16 > I Review I Constants I Periodic Table All pressure-volume-temperature relationships for gases can be combined into a single relationship known as the combined gas law. This expression can be used when looking at the effect of changes in two of these variables on the third as long as the amount of gas (number of moles) remains constant. To use the combined gas law properly, you must always express the temperatures in kelvins. The combined gas law can be represented as follows: PV1 PV2 T2 T1 Part B Consider 4.20 L of a gas at 365 mmHg and 20. °C. If the container is compressed to 2.00 L and the temperature is increased to 35 °C , what is the new pressure, P2, inside the container? Assume no change in the amount of gas inside the cylinder. Express your answer with the appropriate units. • View Available Hint(s) μΑ P2 = Value Units %3D
Transcribed Image Text:Item 5 5 of 16 > I Review I Constants I Periodic Table All pressure-volume-temperature relationships for gases can be combined into a single relationship known as the combined gas law. This expression can be used when looking at the effect of changes in two of these variables on the third as long as the amount of gas (number of moles) remains constant. To use the combined gas law properly, you must always express the temperatures in kelvins. The combined gas law can be represented as follows: PV1 PV2 T2 T1 Part B Consider 4.20 L of a gas at 365 mmHg and 20. °C. If the container is compressed to 2.00 L and the temperature is increased to 35 °C , what is the new pressure, P2, inside the container? Assume no change in the amount of gas inside the cylinder. Express your answer with the appropriate units. • View Available Hint(s) μΑ P2 = Value Units %3D
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