Mass of Gas Ejected: 1.25kg - Is it Reasonable?

Thread starter Bolter
Start date Dec 21, 2019
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Gas Mass

In summary, the mass of gas ejected is an important factor in determining the overall impact and effects of a gas eruption or release. It is typically measured using specialized instruments and can have significant impacts on the environment and human health. The amount of gas ejected can vary over time and is closely monitored by scientists to better understand potential dangers and impacts.

Dec 21, 2019

Bolter

Homework Statement: Work out the mass of gas released from cylinder

Relevant Equations: PV = nRT

This is the problem below that I have tried doing

I ended up getting the mass of gas ejected to be 1.25kg from doing the following

Would you say this is a reasonable value to get

Thanks in advance!

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Dec 21, 2019

gneill

Mentor

It looks reasonable to me.

FAQ: Mass of Gas Ejected: 1.25kg - Is it Reasonable?

How is the mass of gas ejected determined?

The mass of gas ejected is determined through various methods such as measuring the pressure and volume of the gas, using mathematical equations, or conducting experiments.

Is 1.25kg a typical mass for gas ejection?

The mass of gas ejected can vary depending on the type of gas and the conditions under which it is ejected. 1.25kg may be considered a reasonable mass for certain gases, but it is not a standard measurement for all gas ejections.

Can the mass of gas ejected change over time?

Yes, the mass of gas ejected can change over time due to factors such as changes in temperature, pressure, or the amount of gas being ejected.

How does the mass of gas ejected affect other variables?

The mass of gas ejected can have an impact on other variables such as the velocity and direction of the gas, as well as the force and energy of the ejection. It can also affect the amount of mass remaining in the source of the gas.

What are the units used to measure the mass of gas ejected?

The mass of gas ejected is typically measured in kilograms (kg) or grams (g). Sometimes, it may also be measured in other units such as pounds (lbs) or metric tons (MT).