Assertion: r's value | /r/HasProperty | the same
Facets:
value: for any given gas
type: OTHER
value: throughout the container
type: OTHER
value: for any problem
type: PURPOSE
Source sentences:
text: $\mathrm{lbs}$, then, under the same conditions of $p$ and $T$ all gases occupy the same volume, i.e., the values of the $φ$’s are the same.
text: n refers to the number of moles of gas while R is an ideal gas constant which means that the value is the same for all types of gases.
text: now all the values on the right are the same for any problem so combine them
text: We can modify this equation as we modified Boyle’s law: the initial conditions V 1 and T 1 have a certain value, and the value must be the same when the conditions of the gas are changed to some new conditions V 2 and T 2 , as long as pressure and the amount of the gas remain constant.
text: Because there are so many molecules, and the motion of each molecule is random, the value of the density is the same throughout the container.
text: For 1 mole of any gas the value of $R$ is the same.
text: You might have understood this to mean ‘the value of $R$ is the same for any given gas assuming that exactly $1~\mathrm{mol}$ of it is present.