Webb8 feb. 2024 · Pipes and cisterns is an easy yet an important and marks gaining topic given in the aptitude test. Pipes and Cisterns are almost like Time and Work questions. This is … WebbThis topic has been called Pipes and Cisterns because someone named it like it long ago. Pipes and Tanks would be much better - at least makes it sound like wartime. Question 3: Pipe A fills a tank at the rate of 100lit/min, Pipe B fills at the rate of 25 lit/min, pipe C drains at the rate of 50 lit/min. The three pipes are kept open for one ...

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WebbTwo filling pipes A and B opened together can fill a cistern in t minutes. If the first filling pipe A alone takes X minutes more or less than t and the second fill pipe B along takes Y minutes more or less than t minutes, then t is given by minutes. Example 4: Pipe A can fill a tank in 20 hours while pipe B alone can fill it in 30 hours and ... WebbA cistern has a leak which can empty it in X hours. A pipe which admits Y litres of water per hour into the cistern is turned on and now the cistern is emptied in Z hours. Then. The capacity of the cistern =. x+y+z z−x x + y + z z − x litres. 8. Two filling pipes A and B opened together can fill a cistern in t minutes. mask scoring

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WebbView Answer. 5). A pipe can fill a tank in 10 h, while an another pipe can empty it in 6 h. Find the time taken to empty the tank, when both the pipes are opened up simultaneously. 6). Three taps are fitted in a cistern. The empty cistern is filled by the first and the second taps in 3 and 4 h, respectively. WebbPipes and Cisterns is a topic in mathematics that deals with the problems related to the flow of water through pipes and the filling or emptying of tanks, cisterns, or reservoirs. It involves calculating the time taken to fill or empty a tank or cistern, given the capacity of the tank and the flow rates of the pipes. masks core rulebook