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Question

Pipes of different diameters and lengths connected end to end to form a pipe line are called ________________.

The correct answer is

Compound pipes

Pipes of different diameters and lengths connected end to end to form a pipe line are referred to as compound pipes. Let's explore the reasoning behind this:

  1. Understanding the Term:
    • Compound pipes involve different segments of pipes with varying diameters and lengths.
    • These segments are assembled in series to make a continuous pipeline.
  2. Why Other Options are Incorrect:
    • Equivalent Pipes: This term typically refers to a single pipe that has the same hydraulic behavior as a combination of pipes. It does not denote physically joining different pipes end to end.
    • Branched Pipes: This involves a main pipe with branches or offshoots, which doesn't fit the description of pipes connected end to end.
    • Pipes in Parallel: This configuration refers to pipes laid side by side such that fluid can divide and flow through multiple paths simultaneously, which contrasts with the series arrangement described.
  3. Conclusion: Based on the definitions and characteristics above, it is clear that the correct answer is compound pipes. These pipes, when connected end to end, form a continuous flow path despite their differing specifications.

Thus, the term "compound pipes" correctly describes a pipeline formed by connecting pipes of various diameters and lengths end to end.

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Similar Questions

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Important Questions from Flow Through Pipes

  1. The velocity of pressure wave in a rigid pipe carrying a fluid of density ‘ρ’, viscosity ‘µ’ varies as

  2. In order to replace a pipe of diameter D by n parallel pipes of diameter d the relation used is

  3. Darcy Weisbach equation is used to find loss of head due to -

  4. To avoid vapourisation, pipe lines are laid over the ridge so that they are not more than _________ above the hydraulic gradient line.

  5. The head of water over the centre of an orifice of diameter 20 mm is 1 m. The actual discharge through the orifice is 0.85 litre/s. Find the coefficient of discharge.

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