There are 7 oil wells which are connected as shown in the below diagram. The oil wells act only as storage and do not produce any oil by themselves. The whole distribution of oil starts from A as per the directions shown. Each of B, C, D, E and F oil wells have a limited capacity and the extra oil that flows into the oil well through the inflow pipes is distributed equally into all the outflow pipes. The maximum capacity of each oil pipe is 8 million litres. The maximum capacity of each oil well is marked in the diagram. The difference of the maximum capacity of a pipe and the oil that flows in that pipe is called the slack of that pipe. The pipes that are connected to A have an initial slack value of zero.Q. If the oil well G distributes all the oil that flows into it to 20 oil reservoirs, then what is the value of the oil that flows into each oil reservoir from G.a)0.2 million litresb)0.4 million litresc)0.8 million litresd)0.6 million litresCorrect answer is option 'B'. Can you explain this answer?

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There are 7 oil wells which are connected as shown in the below diagram. The oil wells act only as storage and do not produce any oil by themselves. The whole distribution of oil starts from A as per the directions shown. Each of B, C, D, E and F oil wells have a limited capacity and the extra oil that flows into the oil well through the inflow pipes is distributed equally into all the outflow pipes. The maximum capacity of each oil pipe is 8 million litres. The maximum capacity of each oil well is marked in the diagram. The difference of the maximum capacity of a pipe and the oil that flows in that pipe is called the slack of that pipe. The pipes that are connected to A have an initial slack value of zero.

Q. If the oil well G distributes all the oil that flows into it to 20 oil reservoirs, then what is the value of the oil that flows into each oil reservoir from G.

a)
0.2 million litres
b)
0.4 million litres
c)
0.8 million litres
d)
0.6 million litres

Correct answer is option 'B'. Can you explain this answer?

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There are 7 oil wells which are connected as shown in the below diagra...

We know that the slack in pipes A-B, A-C and A-D is zero. So, the volume of oil that flows in these three pipes is 8 million litres. B’s capacity is 3 million litres. So, the remaining 5 million litres is distributed into D and E equally. So, 2.5 million litres flow in both B-E and B-D pipes.
Similarly, the oil that flows into C is 8 million litres. C’s capacity is 2.5 million litres. So, the remaining 5.5 litres is distributed into D and F equally. So, 2.75 litres flow in both C-D and C-F pipes.
So, a total of 8 + 2.5 + 2.75 = 13.25 million litres has flown into D. D’s capacity is 4.5 million litres. The remaining 8.75 million litres is distributed into D-E, D-G and D-F pipes equally. So, 8.75/3 = 2.917 million litres flows in the D-F pipeline.
So a total of 2.75 + 2.917 = 5.667 million litres flow into the F oil well. The capacity of F is 4 million litres. So, 5.667 - 4 = 1.667 million litres flow into the F-G pipeline.
The flow in D-E pipeline is 2.917 million litres and B-E pipeline is 2.5 million litres. So, a total of 5.417 million litres flows into E. The capacity of E is 2 million litres. So, the extra 3.417 million litres flows into E-G pipe.
So, a total of 3.417 + 2.917 + 1.667 = 8 million litres flows into G, which is distributed into 20 reservoirs. So, each reservoir has 8million/20 = 0.4 million litres.

Alternative approach:

The total flow into G cannot also be found by subtracting the requirement in each of the oil wells from the total outflow from A.

Total outflow from A = 3*8 = 24 million litres

Total requirement of B, C, D, E and F = 3 + 2.5 + 4.5 + 2 + 4 = 16 million litres

Total flow into G = 24 - 16 = 8 million litres, which is distributed into 20 reservoirs.

=> Each reservoir has 8 million/20 = 0.4 million litres.

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There are 7 oil wells which are connected as shown in the below diagram. The oil wells act only as storage and do not produce any oil by themselves. The whole distribution of oil starts from A as per the directions shown. Each of B, C, D, E and F oil wells have a limited capacity and the extra oil that flows into the oil well through the inflow pipes is distributed equally into all the outflow pipes. The maximum capacity of each oil pipe is 8 million litres. The maximum capacity of each oil well is marked in the diagram. The difference of the maximum capacity of a pipe and the oil that flows in that pipe is called the slack of that pipe. The pipes that are connected to A have an initial slack value of zero.If the oil well G distributes all the oil that flows into it to 20 oil reservoirs, then what is the value of the oil that flows into each oil reservoir from G.

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There are 7 oil wells which are connected as shown in the below diagram. The oil wells act only as storage and do not produce any oil by themselves. The whole distribution of oil starts from A as per the directions shown. Each of B, C, D, E and F oil wells have a limited capacity and the extra oil that flows into the oil well through the inflow pipes is distributed equally into all the outflow pipes. The maximum capacity of each oil pipe is 8 million litres. The maximum capacity of each oil well is marked in the diagram. The difference of the maximum capacity of a pipe and the oil that flows in that pipe is called the slack of that pipe. The pipes that are connected to A have an initial slack value of zero.Q. If the oil well G distributes all the oil that flows into it to 20 oil reservoirs, then what is the value of the oil that flows into each oil reservoir from G.a)0.2 million litresb)0.4 million litresc)0.8 million litresd)0.6 million litresCorrect answer is option 'B'. Can you explain this answer? for CAT 2024 is part of CAT preparation. The Question and answers have been prepared according to the CAT exam syllabus. Information about There are 7 oil wells which are connected as shown in the below diagram. The oil wells act only as storage and do not produce any oil by themselves. The whole distribution of oil starts from A as per the directions shown. Each of B, C, D, E and F oil wells have a limited capacity and the extra oil that flows into the oil well through the inflow pipes is distributed equally into all the outflow pipes. The maximum capacity of each oil pipe is 8 million litres. The maximum capacity of each oil well is marked in the diagram. The difference of the maximum capacity of a pipe and the oil that flows in that pipe is called the slack of that pipe. The pipes that are connected to A have an initial slack value of zero.Q. If the oil well G distributes all the oil that flows into it to 20 oil reservoirs, then what is the value of the oil that flows into each oil reservoir from G.a)0.2 million litresb)0.4 million litresc)0.8 million litresd)0.6 million litresCorrect answer is option 'B'. Can you explain this answer? covers all topics & solutions for CAT 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for There are 7 oil wells which are connected as shown in the below diagram. The oil wells act only as storage and do not produce any oil by themselves. The whole distribution of oil starts from A as per the directions shown. Each of B, C, D, E and F oil wells have a limited capacity and the extra oil that flows into the oil well through the inflow pipes is distributed equally into all the outflow pipes. The maximum capacity of each oil pipe is 8 million litres. The maximum capacity of each oil well is marked in the diagram. The difference of the maximum capacity of a pipe and the oil that flows in that pipe is called the slack of that pipe. The pipes that are connected to A have an initial slack value of zero.Q. If the oil well G distributes all the oil that flows into it to 20 oil reservoirs, then what is the value of the oil that flows into each oil reservoir from G.a)0.2 million litresb)0.4 million litresc)0.8 million litresd)0.6 million litresCorrect answer is option 'B'. Can you explain this answer?.

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The maximum capacity of each oil pipe is 8 million litres. The maximum capacity of each oil well is marked in the diagram. The difference of the maximum capacity of a pipe and the oil that flows in that pipe is called the slack of that pipe. The pipes that are connected to A have an initial slack value of zero.Q. If the oil well G distributes all the oil that flows into it to 20 oil reservoirs, then what is the value of the oil that flows into each oil reservoir from G.a)0.2 million litresb)0.4 million litresc)0.8 million litresd)0.6 million litresCorrect answer is option 'B'. Can you explain this answer? theory, EduRev gives you an ample number of questions to practice There are 7 oil wells which are connected as shown in the below diagram. The oil wells act only as storage and do not produce any oil by themselves. The whole distribution of oil starts from A as per the directions shown. 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