Recent questions tagged fm&turbo

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If the vane travels horizontally at a speed ‘u’ find

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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What is the velocity of the water stream?

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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The net horizontal force experienced by the wall is ________kN.

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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The kinetic and pressure energies at points (1), (2) and (3), respectively, are

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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The velocity of water (in m/s) is ______

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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The inlet velocity (in m/s) is_________

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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At the exit of the siphon, the velocity of water is

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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The diameter (in mm) of the water jet is _____

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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The diameter in mm of the stream 0.5 m below the tap is approximately.

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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The instantaneous discharge velocity is

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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The velocity of air in m/s is

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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Which of the following is TRUE?

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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The maximum discharge (in m3/s) that can pass through the reducer without causing cavitation is

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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Which of the following is correct?

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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The flow velocity is

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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Assuming incompressible frictionless flow, then ‘x’ is

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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The force registered by the weighing balance at this instant of time is

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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Then pressure at the exit of the contraction will be very nearly.

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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Determine the gauge pressure at the point marked as A. Take the density of air as 1 kg/m3.

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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The force developed on the plate is:

asked Sep 18, 2017 in fm&turbo by chandu (215k points)

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