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  • ICAR and TNAU E-Course Summarized

    Summarized Notes
  • If a stream or channel is flowing at a rate of one cusec (cubic foot per second), what volume of water would flow through that channel in one hour?

    Question: If a stream or channel is flowing at a rate of one cusec (cubic foot per second), what volume of water would flow through that channel in one hour?

    Options:

    3.6 million cubic feet
    4.6 million cubic feet
    2.6 million cubic feet
    5.6 million cubic feet

    ✅Explanation:
    A cusec (cubic foot per second) represents the flow rate of one cubic foot of water per second. To calculate the total volume of water that flows through a channel in one hour, we need to multiply the flow rate (in cusecs) by the number of seconds in one hour.
    1 hour = 60 minutes × 60 seconds = 3600 seconds

    • So, the volume of water flowing through the channel in one hour at 1 cusec is:
    1 cusec×3600 seconds=3600 cubic feet

    • To express this volume in millions of cubic feet:
    3600 cubic feet=3.6 million cubic feet

    🔑Key Points:
    -Cusec is the measure of the rate of flow.
    -It is still used by the department of irrigation.
    -One cusec is one cubic foot of water flow per second.
    -Approximately one cusec water is equal to 28.317 liters per second.
    -7.48 gallons of water flowing each second is equivalent to one cusec.

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