Which one of the following statements is correct for pipes connected in series?a)Same flow takes place through each pipe, and the head loss across them is also the sameb)Different flows take place through each pipe, but the head loss across them is the samec)Same flow takes place through each pipe, and head loss across the entire pipe is equal to the sum of head losses in the constituent pipesd)Different flow takes place through each pipe, but the head loss across the entire pipe is equal to the sum of head losses in the constituent pipesCorrect answer is option 'C'. Can you explain this answer?

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Which one of the following statements is correct for pipes connected in series?

a)
Same flow takes place through each pipe, and the head loss across them is also the same
b)
Different flows take place through each pipe, but the head loss across them is the same
c)
Same flow takes place through each pipe, and head loss across the entire pipe is equal to the sum of head losses in the constituent pipes
d)
Different flow takes place through each pipe, but the head loss across the entire pipe is equal to the sum of head losses in the constituent pipes

Correct answer is option 'C'. Can you explain this answer?

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Which one of the following statements is correct for pipes connected ...

Pipes in series: Pipes in series or compound pipes are defined as the pipes of different lengths and different diameters connected end to end (in series) to form a pipeline.

Discharge through each pipe is the same.
The total loss of energy or head loss will be the sum of the losses in each pipe.

Pipes in parallel: If the main pipe divides into two or more branches and again joins together downstream to form a single pipe, then the branched pipes are said to be connected in parallel (compound pipes).

The rate of flow in the main pipe is equal to the sum of the rate of flow through branch pipes.
The loss of head for each branch pipe is the same

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Which one of the following statements is correct for pipes connected ...

Explanation:
When pipes are connected in series, it means that the flow of fluid passes through each pipe in sequence. In this arrangement, the flow rate remains the same throughout the series, and the head loss across the entire pipe system is equal to the sum of head losses in the constituent pipes.

Same flow takes place through each pipe:
When pipes are connected in series, the flow rate remains constant throughout the system. This is because the same amount of fluid enters and exits each pipe, so the flow rate is consistent.

Head loss across each pipe is the same:
In a series arrangement, the head loss across each pipe is the same. This is because the head loss in a pipe depends on factors such as pipe length, diameter, roughness, and flow velocity. Since the flow rate remains constant, these factors are the same for each pipe, resulting in the same head loss.

Head loss across the entire pipe system:
The head loss across the entire pipe system connected in series is equal to the sum of head losses in the constituent pipes. This is because the head loss in each pipe is additive. As the fluid flows through each pipe, it experiences head loss due to friction and other factors. These individual head losses add up to give the total head loss across the entire system.

Example:
Let's consider a simple example of three pipes connected in series. If the flow rate entering the first pipe is Q, the flow rate exiting the third pipe will also be Q. The head loss across each pipe, let's say h1, h2, and h3 respectively, will be the same. The total head loss across the system will be h1 + h2 + h3.

Hence, option C is correct for pipes connected in series: Same flow takes place through each pipe, and the head loss across the entire pipe is equal to the sum of head losses in the constituent pipes.

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Which one of the following statements is correct for pipes connected in series?a)Same flow takes place through each pipe, and the head loss across them is also the sameb)Different flows take place through each pipe, but the head loss across them is the samec)Same flow takes place through each pipe, and head loss across the entire pipe is equal to the sum of head losses in the constituent pipesd)Different flow takes place through each pipe, but the head loss across the entire pipe is equal to the sum of head losses in the constituent pipesCorrect answer is option 'C'. Can you explain this answer?

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Which one of the following statements is correct for pipes connected in series?a)Same flow takes place through each pipe, and the head loss across them is also the sameb)Different flows take place through each pipe, but the head loss across them is the samec)Same flow takes place through each pipe, and head loss across the entire pipe is equal to the sum of head losses in the constituent pipesd)Different flow takes place through each pipe, but the head loss across the entire pipe is equal to the sum of head losses in the constituent pipesCorrect answer is option 'C'. Can you explain this answer? for SSC 2024 is part of SSC preparation. The Question and answers have been prepared according to the SSC exam syllabus. Information about Which one of the following statements is correct for pipes connected in series?a)Same flow takes place through each pipe, and the head loss across them is also the sameb)Different flows take place through each pipe, but the head loss across them is the samec)Same flow takes place through each pipe, and head loss across the entire pipe is equal to the sum of head losses in the constituent pipesd)Different flow takes place through each pipe, but the head loss across the entire pipe is equal to the sum of head losses in the constituent pipesCorrect answer is option 'C'. Can you explain this answer? covers all topics & solutions for SSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Which one of the following statements is correct for pipes connected in series?a)Same flow takes place through each pipe, and the head loss across them is also the sameb)Different flows take place through each pipe, but the head loss across them is the samec)Same flow takes place through each pipe, and head loss across the entire pipe is equal to the sum of head losses in the constituent pipesd)Different flow takes place through each pipe, but the head loss across the entire pipe is equal to the sum of head losses in the constituent pipesCorrect answer is option 'C'. Can you explain this answer?.

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