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The rate of flow through a horizontal pipe is 0.25 m3/s. the diameter of the pipe

which is 200 mm is suddenly enlarged to 400 mm. the pressure intensity in the

smaller pipe is 110kpa. determine the following:

i. the head loss due to sudden enlargement

ii. the pressure intensity in the large pipe

iii. the power loss due to enlargement

Respuesta :

The rate of flow through a horizontal pipe is 0.25 m3/s. the diameter of the pipe which is 200 mm is suddenly enlarged to 400 mm the pressure intensity in the smaller pipe is 110kpa the head loss due to sudden enlargement is1.816 m.

How do you discover a diameter of a pipe?

To discover it, degree across the circumference of the pipe with a bendy measuring tape. Divide the circumference with the aid of using pi, or approximately 3.14159.

  • I) Loss of head because of unexpected enlargement.
  • h + e = 1.816m of water
  • ii) Pressure depth withinside the large pipe.
  • P+2
  • iii) energy misplaced because of enlargement.
  • P = 4.453kW.

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