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Let the capacity of the cistern = 144 units Then, efficiency of pipe ‘A’ = 144/18 = 8 units/minute Efficiency of pipe ‘B’ = 144/16 = 9 units/minute Efficiency of pipe ‘C’ = 144/12 = 12 units/minute So, combined efficiency of pipes ‘A’, ‘B’ and ‘C’ = 8 + 9 – 12 = 5 units/minute 50% of the cistern’s capacity = 72 units Therefore, time taken by all 3 pipes together to fill 50% of the cistern = 72/5 = 14.4 minutes
In the context of GeM, what is the full form of ‘PAC’?
Fill in the blanks by selecting appropriate word/s the List II.
List I:
1. The _________ ratios are primarily measures of return: 2. Th...
………… of CGST Act, 2017 lists down the activities which shall be treated neither as supply of goods nor as supply of services.
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Which agreement is not opposed to public policy?
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