Well to the Q10. can be solved using entirely logic. Imagine we're playing a game with similar situation but the only difference will be instead of water we use balls. Consider two players are playing and the first one is assigned to put 2 balls every minute and the second one is being assigned to remove 1 a ball everytime the first player plays his part also the capacity of the cisternis only 8 balls. Now it'll create a sequence. At first minute there'll be 1 ball left, on second minute, 2; on 3rd, 3; and so on. Here if you'll notice you'll find out the time, when there'll be 8 balls, 1st player would've put 16 balls. If no one is removing any balls, it'd have taken only 4 mins. But in this situation, it took exactly 8mins. All this basically indicates, when something is added and removed simultaneously harmonically, in case like this takes double the time the initial case.
Well to the Q10. can be solved using entirely logic. Imagine we're playing a game with similar situation but the only difference will be instead of water we use balls. Consider two players are playing and the first one is assigned to put 2 balls every minute and the second one is being assigned to remove 1 a ball everytime the first player plays his part also the capacity of the cisternis only 8 balls. Now it'll create a sequence. At first minute there'll be 1 ball left, on second minute, 2; on 3rd, 3; and so on. Here if you'll notice you'll find out the time, when there'll be 8 balls, 1st player would've put 16 balls. If no one is removing any balls, it'd have taken only 4 mins. But in this situation, it took exactly 8mins.
All this basically indicates, when something is added and removed simultaneously harmonically, in case like this takes double the time the initial case.
Bhai tu idhar vhi🤣
@@kingoftheworld12 😂
This paper is qualifying right?
ruclips.net/video/VsM23qPDwco/видео.html
Thank you and any idea as to what have been the cut offs in the past?
thankyou very much
Do analysis of AO previous year paper
I fear of CSAT
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