Which sample or gas would you exert the greatest pressure, assuming that the volume of each sample is the same?

A) one mole of N2 at 100 K
B) one mole of H2 at 250 K
C) one mole of O2 at 175 K
D) one mole of CO2 at 330 K

Because the moles of the gases are the same,and the volume too, the gas with the highest temperature will exert the highest outward pressure to its environment. It, therefore, will require an equivalent pressure exerted on the gas to maintain its volume.

Explanation:

According to ideal gas laws, pressure, volume, and temperatures of gases are related in a formula;

PV/T = C

Whereby

P = Pressure

V = Volume

T= Temperatures

C = Constant

To understand how much pressure a gas exerts with change in temperature, while volume remains the same, we can evaluate the formulae in this way;

P = T/V

Therefore an increase in temperature, while volume is the same, means the Pressure will rise.

Learn More:

For more on Boyle's law, Charles's law, Avogadro's law, and Gay-Lussac's laws on gases check out;

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charlescarey0906 charlescarey0906 · Answer 2 · 2022-06-16T16:55:54+02:00

charlescarey0906 charlescarey0906

16-06-2022

Answer:

its right

Explanation:

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Which sample or gas would you exert the greatest pressure, assuming that the volume of each sample is the same? A) one mole of N2 at 100 K B) one mole of H2 at 250 K C) one mole of O2 at 175 K D) one mole of CO2 at 330 K

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Which sample or gas would you exert the greatest pressure, assuming that the volume of each sample is the same?

A) one mole of N2 at 100 K
B) one mole of H2 at 250 K
C) one mole of O2 at 175 K
D) one mole of CO2 at 330 K