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In a tank there is a pipe which can be used for ceiling the tank as well as for in time it the capacity of the tank is 1200 m3 the m-ying of the tank is 10 m3 per minute higher than its feeling capacity and pump needs it minute laser to empty to the tank in 21 minutes the amount of water flowing through the pipe is directly proportional to the square of its the ammeter?
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In a tank there is a pipe which can be used for ceiling the tank as we...
Analysis of the given scenario:
The tank has a capacity of 1200 m3 with a filling rate of 10 m3 per minute higher than its emptying rate. The pump takes 21 minutes to empty the tank completely.
Relationship between water flow and pipe diameter:
- The amount of water flowing through the pipe is directly proportional to the square of its diameter.
- This relationship is based on the formula for calculating the flow rate in a pipe, which includes the diameter of the pipe to the power of 2.
Explanation of the relationship:
- The diameter of the pipe plays a significant role in determining the flow rate of water through it.
- As the diameter of the pipe increases, the cross-sectional area of the pipe also increases, leading to a higher flow rate.
- The square of the diameter is used in the formula to account for this relationship and calculate the flow rate accurately.
Importance of understanding the relationship:
- Understanding the relationship between water flow and pipe diameter is crucial for designing efficient water systems.
- By knowing how the diameter of the pipe affects the flow rate, engineers can optimize the design of pipelines to meet specific requirements.
In conclusion, the amount of water flowing through a pipe is directly proportional to the square of its diameter. This relationship is essential for designing efficient water systems and optimizing the flow rate in pipelines.
The tank has a capacity of 1200 m3 with a filling rate of 10 m3 per minute higher than its emptying rate. The pump takes 21 minutes to empty the tank completely.
Relationship between water flow and pipe diameter:
- The amount of water flowing through the pipe is directly proportional to the square of its diameter.
- This relationship is based on the formula for calculating the flow rate in a pipe, which includes the diameter of the pipe to the power of 2.
Explanation of the relationship:
- The diameter of the pipe plays a significant role in determining the flow rate of water through it.
- As the diameter of the pipe increases, the cross-sectional area of the pipe also increases, leading to a higher flow rate.
- The square of the diameter is used in the formula to account for this relationship and calculate the flow rate accurately.
Importance of understanding the relationship:
- Understanding the relationship between water flow and pipe diameter is crucial for designing efficient water systems.
- By knowing how the diameter of the pipe affects the flow rate, engineers can optimize the design of pipelines to meet specific requirements.
In conclusion, the amount of water flowing through a pipe is directly proportional to the square of its diameter. This relationship is essential for designing efficient water systems and optimizing the flow rate in pipelines.
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In a tank there is a pipe which can be used for ceiling the tank as well as for in time it the capacity of the tank is 1200 m3 the m-ying of the tank is 10 m3 per minute higher than its feeling capacity and pump needs it minute laser to empty to the tank in 21 minutes the amount of water flowing through the pipe is directly proportional to the square of its the ammeter?
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In a tank there is a pipe which can be used for ceiling the tank as well as for in time it the capacity of the tank is 1200 m3 the m-ying of the tank is 10 m3 per minute higher than its feeling capacity and pump needs it minute laser to empty to the tank in 21 minutes the amount of water flowing through the pipe is directly proportional to the square of its the ammeter? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about In a tank there is a pipe which can be used for ceiling the tank as well as for in time it the capacity of the tank is 1200 m3 the m-ying of the tank is 10 m3 per minute higher than its feeling capacity and pump needs it minute laser to empty to the tank in 21 minutes the amount of water flowing through the pipe is directly proportional to the square of its the ammeter? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In a tank there is a pipe which can be used for ceiling the tank as well as for in time it the capacity of the tank is 1200 m3 the m-ying of the tank is 10 m3 per minute higher than its feeling capacity and pump needs it minute laser to empty to the tank in 21 minutes the amount of water flowing through the pipe is directly proportional to the square of its the ammeter?.
In a tank there is a pipe which can be used for ceiling the tank as well as for in time it the capacity of the tank is 1200 m3 the m-ying of the tank is 10 m3 per minute higher than its feeling capacity and pump needs it minute laser to empty to the tank in 21 minutes the amount of water flowing through the pipe is directly proportional to the square of its the ammeter? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about In a tank there is a pipe which can be used for ceiling the tank as well as for in time it the capacity of the tank is 1200 m3 the m-ying of the tank is 10 m3 per minute higher than its feeling capacity and pump needs it minute laser to empty to the tank in 21 minutes the amount of water flowing through the pipe is directly proportional to the square of its the ammeter? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In a tank there is a pipe which can be used for ceiling the tank as well as for in time it the capacity of the tank is 1200 m3 the m-ying of the tank is 10 m3 per minute higher than its feeling capacity and pump needs it minute laser to empty to the tank in 21 minutes the amount of water flowing through the pipe is directly proportional to the square of its the ammeter?.
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In a tank there is a pipe which can be used for ceiling the tank as well as for in time it the capacity of the tank is 1200 m3 the m-ying of the tank is 10 m3 per minute higher than its feeling capacity and pump needs it minute laser to empty to the tank in 21 minutes the amount of water flowing through the pipe is directly proportional to the square of its the ammeter?, a detailed solution for In a tank there is a pipe which can be used for ceiling the tank as well as for in time it the capacity of the tank is 1200 m3 the m-ying of the tank is 10 m3 per minute higher than its feeling capacity and pump needs it minute laser to empty to the tank in 21 minutes the amount of water flowing through the pipe is directly proportional to the square of its the ammeter? has been provided alongside types of In a tank there is a pipe which can be used for ceiling the tank as well as for in time it the capacity of the tank is 1200 m3 the m-ying of the tank is 10 m3 per minute higher than its feeling capacity and pump needs it minute laser to empty to the tank in 21 minutes the amount of water flowing through the pipe is directly proportional to the square of its the ammeter? theory, EduRev gives you an
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