Two pipes running together can fill a tank in `11 1/9` minutes. If one pipe takes 5 minutes more than the other to fill the tank separately, find the time in which each pipe would fill the tank separately.

Two pipes running together can fill a cistern in 2 8/11 minutes. If one pipe takes 1 minute more than the other to fill the cistern, find the time in which each pipe would fill the cistern.

Two pipes running together can fill cistern in 6 minute.If one pipe takes 5 minutes more than the other to fill the fill the cistern,find the time in which each pipe would fill the cistern.

Two pipes running together can fill cistern in 6 minutes. One pipe takes 5 minutes more than the other to fill the cistern, find the time in which each pipe would fill the cistern.

Two pipes running together can fill a cistern in 3 1/13 minutes. If one pipe takes 3 minutes more than the other to fill it, find the time in which each pipe would fill the cistern.

Two pipes running together can fill a cistern in 3(1)/(13) minutes. If one pipe takes 3 minutes more than the other to fill it, find the time in which each pipe would fill the cistern.

Two pipes running together can fill a cinstern in 3 1/13 minutes.If one pipe takes 3 minutes more than the other to fill it,find the time in which each pipe would fill the cistern.

Two pipes running together can fill a cistren in 3(1)/(13) minutes . If one pipe takes 3 minutes more than the other to fill it find the time in which each pipe would fill cistern.

Pipes A and B running together can fill a cistern in 6 minutes. If B takes 5 minutes more than A to fill the cistern then, what will be the respective times in which A and B will fill the cistern separately?

Pipes A and B together can fill an empty tank in 6 2/3 minutes. If A takes 3 minutes more than B to fill the tank, then the time (in minutes) in which A alone would fill one-third part of the tank is:

Two water taps together can fill a tank in one hour and twelve minutes. The tap of smaller diameter takes 1 hour more than the larger one to fill the tank separately. Find the time in which each tap can separately fill the tank.