Initially, a weather balloon has a volume of28.5 L in ~ 28.0 ˚C and also 748 mmHg. We’re being asked to determine thevolume of the weather balloonif the pressure transforms to385 mmHgand the temperature alters to–15.0 ˚C.

You are watching: A weather balloon is inflated to a volume of

Recall the theideal gas lawis:


Thepressure, volume, and also temperature of a gasare related to thenumber of mole of gas and also the universal gas constant:


The valuenR is constant. For a offered moles that gas, the initial and also final pressure, volume, and also temperature the the gas are related by thecombined gas law:


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Problem Details

A weather balloon is inflated to a volume that 28.5 L in ~ a push of 748 mmHg and also a temperature that 28.0 °C. The balloon rises in the atmosphere to an altitude of roughly 25,000 feet, where the push is 385 mmHg and also the temperature is -15.0 °C. Presume the balloon can openly expand, calculation the volume that the balloon at this altitude.

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Frequently asked Questions

What scientific ide do you require to understand in bespeak to resolve this problem?

Our tutors have indicated that to deal with this trouble you will require to use the Chemistry Gas Laws: merged Gas legislation concept. You deserve to view video clip lessons to find out Chemistry Gas Laws: linked Gas Law. Or if friend need much more Chemistry Gas Laws: linked Gas legislation practice, girlfriend can additionally practice Chemistry Gas Laws: an unified Gas regulation practice problems.

What is the an obstacle of this problem?

Our tutors rated the an obstacle ofA weather balloon is inflated to a volume that 28.5 L in ~ a high difficulty.

What professor is this difficulty relevant for?

Based on ours data, us think this difficulty is relevant for Professor Parnis' class at Trent University.

What textbook is this trouble found in?

Our data shows that this problem or a close variation was asked in Chemistry: A Molecular approach - Tro 2nd Edition. You can additionally practice Chemistry: A Molecular strategy - Tro second Edition practice problems.

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