Solve

Guides

0

You visited us 0 times! Enjoying our articles? Unlock Full Access!

Question

Working together, pipes $A$ and $B$ can fill an empty tank in $10 h o u r s$ . they worked together for $4$ hours and then $B$ stopped and $A$ continued filling the tank till was full. It took a total of $13 h o u r s$ to fill the tank. How long would it take $A$ to fill the empty tank alone?
$13 h o u r s$
$15 h o u r s$
$17 h o u r s$
$18 h o u r s$

A

18 h o u r s

B

13 h o u r s

C

15 h o u r s

D

17 h o u r s

Open in App

Solution

Verified by Toppr

Was this answer helpful?

0

Similar Questions

Q1

Working together, pipes

A

and

B

can fill an empty tank in

10 h o u r s

. they worked together for

4

hours and then

B

stopped and

A

continued filling the tank till was full. It took a total of

13 h o u r s

to fill the tank. How long would it take

A

to fill the empty tank alone?

View Solution

Q2

Pipes A and B can fill an empty tank in 10 hours and 15 hours respectively. If both are opened together in the empty tank, how much time will they take to fill it completely?

View Solution

Q3

Pipe

A

alone can fill one tank in

6

hours more than it takes pipe

B

alone to fill one tank. Together, both pipes can fill one tank in

4

hrs. How long will it take pipe

A

alone to fill one tank?

View Solution

Q4

Pipe

A

can fill a tank in

4

hrs. If pipe

B

works alone, it takes

3

hrs longer to fill the tank than if both pipes work together. How long will it take for pipe

B

to fill the tank if it works alone?

View Solution

Q5

Tap A can fill a tank in 8 hours and tap B can empty the tank in

12

hours. How long would it take to fill the empty tank if both of them are opened together?

View Solution