Question

In general gas equation when pressure is 101300 Nm volume of gas will be ​

Answer 1

Answer:

All the gas laws we have described so far rely on the fact that at least one variable (T, p or V) remains constant. Since this is unlikely to be the case most times, it is useful to combine the relationships into one equation. These relationships are as follows:

Boyle's law: p ∝1V (constant T)

Relationship between p and T: p ∝ T (constant V)

If we combine these relationships, we get p ∝TV

If we introduce the proportionality constant k, we get p = kTV

or, rearranging the equation...

pV=kT

We can also rewrite this relationship as follows:

pVT=k

Provided the mass of the gas stays the same, we can also say that:

p1V1T1=p2V2T2

In the above equation, the subscripts 1 and 2 refer to two pressure and volume readings for the same mass of gas under different conditions. This is known as the general gas equation. Temperature is always in kelvin and the units used for pressure and volume must be the same on both sides of the equation.