Boyle's law is represented by the equation PV=K (K is not constant), K depends on

Question

Boyle's law is represented by the equation PV=K (K is not constant), K depends on (A) pressure of the gas (B) volume of the gas (C) mass of the gas (D) all the above

Tardigrade Admin · Accepted Answer

From idea gas equation, we know that PV = nRT = K (given) Clearly, K depends on n ( = number of moles) and number of moles =( text mass of gas given / text molecular mass of gas ) So, K depends on mass of gas

Q. Boyle's law is represented by the equation PV=K (K is not constant), K depends on

pressure of the gas

volume of the gas

mass of the gas

all the above

From idea gas equation, we know that $P V = n RT = K$ (given) Clearly, $K$ depends on $n$ ( = number of moles)
and number of moles $= \frac{mass of gas given}{molecular mass of gas}$
So, K depends on mass of gas

Q. Boyle's law is represented by the equation PV=K (K is not constant), K depends on

pressure of the gas

volume of the gas

mass of the gas

all the above

From idea gas equation, we know that PV=nRT=K (given) Clearly, K depends on n ( = number of moles) and number of moles = molecular mass of gas mass of gas given ​ So, K depends on mass of gas

From idea gas equation, we know that $P V = n RT = K$ (given) Clearly, $K$ depends on $n$ ( = number of moles)
and number of moles $= \frac{mass of gas given}{molecular mass of gas}$
So, K depends on mass of gas