The ideal gas law states that $P V = R T$ for a fixed amount of gas, called a mole of gas, where P is the pressure (in atmospheres), V is the volume (in cubic meters), T is the temperature (in degrees Kelvin)and R is a positive constant.
A mole of a certain gas is at a temperature of 290° K, a pressure of 1 atmosphere, and a volume of 0.04 m³.
What is $\partial P / \partial T$ for this gas?

Question

The ideal gas law states that

P V = R T

for a fixed amount of gas, called a mole of gas, where P is the pressure (in atmospheres), V is the volume (in cubic meters), T is the temperature (in degrees Kelvin)and R is a positive constant.
A mole of a certain gas is at a temperature of 290° K, a pressure of 1 atmosphere, and a volume of 0.04 m³.
What is

\partial P / \partial T

for this gas?

Quizplus · Accepted Answer

The Answer of The ideal gas law states that $P V = R T$ for a fixed amount of gas, called a mole of gas, where P is the pressure (in atmospheres), V is the volume (in cubic meters), T is the temperature (in degrees Kelvin)and R is a positive constant. A mole of a certain gas is at a temperature of 290° K, a pressure of 1 atmosphere, and a volume of 0.04 m³. What is $\partial P / \partial T$ for this gas?

The Ideal Gas Law States That PV=RTP V = R TPV=RT

The Ideal Gas Law States That $P V = R T$