A pipe can fill an empty tank in 84 minutes. Due to leak at the bottom, it takes 2 hours to fill the tank. In what time will the leak alone empty the full tank? (a) 280 minutes (b) 200 minutes (C) 180 minutes (d) None of these
Answers
Given:
A pipe can fill an empty tank in 84 minutes. Due to a leak at the bottom, it takes 2 hours to fill the tank. At what time will the leak alone empty the full tank? (a) 280 minutes (b) 200 minutes (C) 180 minutes (d) None of these
To find:
At what time will the leak alone empty the full tank?
Solution:
A pipe can fill an empty tank in 84 minutes.
So, the part of the tank filled by the pipe in 1 min =
Let's say the leak alone takes "x" minutes to empty the full tank.
So, the part of the tank emptied by the leak in 1 min =
Due to a leak at the bottom, it takes 2 hours i.e., 120 minutes (∵ 1 hour = 60 minutes) to fill the tank. So, we can form the equation as,
[Part of the tank filled in 1 min] - [Part of the tank emptied in 1 min] = [Part of the tank filled due to the leak at the bottom]
← option (a)
Thus, the leak alone will empty the full tank in → 280 minutes.
---------------------------------------------------------------------------------------------------
Also View:
A tank is normally filled in 16 hours. Because of a leak at it's bottom, it takes 4 hours more to fill. How much time (in hours) will the leak take to empty the tank when it is full?
brainly.in/question/13509593
Two pipes P and Q can fill a tank in 8 hours and 24 hours respectively. There is a leak that can empty the full tank in 12 hours. If the leak is actually at 2/3 of the height from the base, then how many hours will the empty tank will be filled if all pipes are opened simultaneously?
brainly.in/question/11682585