Two large tanks, a cut as shown belowConnected to each other by a conical channel. z$.$ The diameter at $=$ O is $6$ mm and the ap at z $=0\mathrm{.}2$ m is $10$ mm$.$ Gas compositions in tanks are given in mole percentages. Work at $1$ atm pressure andIt is carried out at a temperature of $25\backslash$deg C and I am broadcast in B of ASince the coefficient $($DAB$)$ is $3\backslash$times $105$ m$\text{'}/$s; NOTE: Since the total basing remains constant, the total number of moles passing through the conical channel does not change, and this indicates esmolar spread $($diffusion$)$ in opposite direction in the conical channel.A$)$ The initial molar flow rate of type A bet

ween the containersDetermine.B$)$ If the conical channel was replaced by a circular tube at an $8$mm cap, what is the initial molar flow rate of type A determine that it will be