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A reservoir with live storage of 300 million cubic meter irrigates 40000 hectares (1hectare = 104 m2)of a crop with 2 filling of reservoir. If the base period of the crop is 120 days, the duty for this crop (in hectares per cumec, round off to integer) will then be ______.
Correct answer is between '691,691.5'. Can you explain this answer?
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Most Upvoted Answer
A reservoir with live storage of 300 million cubic meter irrigates 400...
Given :
Live storage = 300 Mm3
Area = 40000 hectare
2 filling = 2 × 300 = 600 Mm3
Volume of water added = 600 Mm3
Base period (B) = 120 days
∵
Live storage = 300 Mm3
Area = 40000 hectare
2 filling = 2 × 300 = 600 Mm3
Volume of water added = 600 Mm3
Base period (B) = 120 days
∵
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Community Answer
A reservoir with live storage of 300 million cubic meter irrigates 400...
Given data:
- Live storage of the reservoir = 300 million cubic meters
- Area of crop irrigated = 40,000 hectares
- Base period of the crop = 120 days
Calculating the total volume of water required:
To calculate the duty for this crop, we need to determine the total volume of water required for irrigation. Since the reservoir is filled twice during the base period, the total volume of water required would be twice the live storage of the reservoir.
Total volume of water required = 2 * 300 million cubic meters
= 600 million cubic meters
Calculating the duty:
Duty is defined as the area of land that can be irrigated by a unit discharge of water (1 cumec) during the base period.
Duty = Area of crop / Total volume of water required
Converting hectares to square meters:
Area of crop = 40,000 hectares * 10,000 square meters/hectare
= 400,000,000 square meters
Duty = 400,000,000 square meters / 600 million cubic meters
= 400/6 hectares per cumec
≈ 66.67 hectares per cumec
Rounding off the duty:
Since the answer should be rounded off to the nearest integer, the duty for this crop would be approximately 67 hectares per cumec.
Final Answer:
The duty for this crop (rounded off to the nearest integer) is 67 hectares per cumec.
- Live storage of the reservoir = 300 million cubic meters
- Area of crop irrigated = 40,000 hectares
- Base period of the crop = 120 days
Calculating the total volume of water required:
To calculate the duty for this crop, we need to determine the total volume of water required for irrigation. Since the reservoir is filled twice during the base period, the total volume of water required would be twice the live storage of the reservoir.
Total volume of water required = 2 * 300 million cubic meters
= 600 million cubic meters
Calculating the duty:
Duty is defined as the area of land that can be irrigated by a unit discharge of water (1 cumec) during the base period.
Duty = Area of crop / Total volume of water required
Converting hectares to square meters:
Area of crop = 40,000 hectares * 10,000 square meters/hectare
= 400,000,000 square meters
Duty = 400,000,000 square meters / 600 million cubic meters
= 400/6 hectares per cumec
≈ 66.67 hectares per cumec
Rounding off the duty:
Since the answer should be rounded off to the nearest integer, the duty for this crop would be approximately 67 hectares per cumec.
Final Answer:
The duty for this crop (rounded off to the nearest integer) is 67 hectares per cumec.
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A reservoir with live storage of 300 million cubic meter irrigates 40000 hectares (1hectare = 104 m2)of a crop with 2 filling of reservoir. If the base period of the crop is 120 days, the duty for this crop (in hectares per cumec, round off to integer) will then be ______.Correct answer is between '691,691.5'. Can you explain this answer?
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A reservoir with live storage of 300 million cubic meter irrigates 40000 hectares (1hectare = 104 m2)of a crop with 2 filling of reservoir. If the base period of the crop is 120 days, the duty for this crop (in hectares per cumec, round off to integer) will then be ______.Correct answer is between '691,691.5'. Can you explain this answer? for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Question and answers have been prepared according to the Civil Engineering (CE) exam syllabus. Information about A reservoir with live storage of 300 million cubic meter irrigates 40000 hectares (1hectare = 104 m2)of a crop with 2 filling of reservoir. If the base period of the crop is 120 days, the duty for this crop (in hectares per cumec, round off to integer) will then be ______.Correct answer is between '691,691.5'. Can you explain this answer? covers all topics & solutions for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A reservoir with live storage of 300 million cubic meter irrigates 40000 hectares (1hectare = 104 m2)of a crop with 2 filling of reservoir. If the base period of the crop is 120 days, the duty for this crop (in hectares per cumec, round off to integer) will then be ______.Correct answer is between '691,691.5'. Can you explain this answer?.
A reservoir with live storage of 300 million cubic meter irrigates 40000 hectares (1hectare = 104 m2)of a crop with 2 filling of reservoir. If the base period of the crop is 120 days, the duty for this crop (in hectares per cumec, round off to integer) will then be ______.Correct answer is between '691,691.5'. Can you explain this answer? for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Question and answers have been prepared according to the Civil Engineering (CE) exam syllabus. Information about A reservoir with live storage of 300 million cubic meter irrigates 40000 hectares (1hectare = 104 m2)of a crop with 2 filling of reservoir. If the base period of the crop is 120 days, the duty for this crop (in hectares per cumec, round off to integer) will then be ______.Correct answer is between '691,691.5'. Can you explain this answer? covers all topics & solutions for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A reservoir with live storage of 300 million cubic meter irrigates 40000 hectares (1hectare = 104 m2)of a crop with 2 filling of reservoir. If the base period of the crop is 120 days, the duty for this crop (in hectares per cumec, round off to integer) will then be ______.Correct answer is between '691,691.5'. Can you explain this answer?.
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