According to William Henry; the solubility of a gas in liquid depends on the pressure of the gas. If ‘m’ is the molality of the gas and ‘P’ is its pressure then which of the following plot is in accordance with the law:

Question

According to William Henry; the solubility of a gas in liquid depends on the pressure of the gas. If ‘m’ is the molality of the gas and ‘P’ is its pressure then which of the following plot is in accordance with the law: (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

m = kP ln m = ln P + ln k log m=log P + log k Comparing with y=mx+c we get graph given in option (b)

Q. According to William Henry; the solubility of a gas in liquid depends on the pressure of the gas. If ‘m’ is the molality of the gas and ‘P’ is its pressure then which of the following plot is in accordance with the law:

$m = k P$
ln $m = l n P + l nk$
log $m = l o g P + l o g k$
Comparing with $y = m x + c$ we get graph given in option (b)

Q. According to William Henry; the solubility of a gas in liquid depends on the pressure of the gas. If ‘m’ is the molality of the gas and ‘P’ is its pressure then which of the following plot is in accordance with the law:

m=kP ln m=lnP+lnk log m=logP+logk Comparing with y=mx+c we get graph given in option (b)

$m = k P$
ln $m = l n P + l nk$
log $m = l o g P + l o g k$
Comparing with $y = m x + c$ we get graph given in option (b)