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Find the feed condition from the below distribution curve.
- a)Saturated vapour
- b)Saturated liquid
- c)Superheated vapour
- d)None of the mentioned
Correct answer is option 'C'. Can you explain this answer?
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Verified Answer
Find the feed condition from the below distribution curve.a)Saturated ...
Explanation: Since the slope of the q-line is between 1 and 0 it is a superheated vapour.
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Find the feed condition from the below distribution curve.a)Saturated ...
Feed Condition Analysis:
- Saturated Vapour: A feed condition is considered to be saturated vapour when the feed stream is at a temperature and pressure where it exists as a vapour at its saturation point. This means that any further increase in temperature or decrease in pressure would result in the formation of more vapour.
- Saturated Liquid: A feed condition is considered to be saturated liquid when the feed stream is at a temperature and pressure where it exists as a liquid at its saturation point. This means that any further decrease in temperature or increase in pressure would result in the formation of more liquid.
- Superheated Vapour: A feed condition is considered to be superheated vapour when the feed stream is at a temperature and pressure higher than its saturation point, resulting in the vapour being in a superheated state. This means that the vapour has additional energy beyond what is required to maintain it at its saturation point.
In the given distribution curve, if the feed condition lies above the saturation curve, it indicates that the feed is in a superheated state. This is because the temperature and pressure of the feed are higher than the saturation conditions, leading to the vapour being in a superheated state.
Therefore, the correct feed condition from the distribution curve provided is Superheated Vapour.
- Saturated Vapour: A feed condition is considered to be saturated vapour when the feed stream is at a temperature and pressure where it exists as a vapour at its saturation point. This means that any further increase in temperature or decrease in pressure would result in the formation of more vapour.
- Saturated Liquid: A feed condition is considered to be saturated liquid when the feed stream is at a temperature and pressure where it exists as a liquid at its saturation point. This means that any further decrease in temperature or increase in pressure would result in the formation of more liquid.
- Superheated Vapour: A feed condition is considered to be superheated vapour when the feed stream is at a temperature and pressure higher than its saturation point, resulting in the vapour being in a superheated state. This means that the vapour has additional energy beyond what is required to maintain it at its saturation point.
In the given distribution curve, if the feed condition lies above the saturation curve, it indicates that the feed is in a superheated state. This is because the temperature and pressure of the feed are higher than the saturation conditions, leading to the vapour being in a superheated state.
Therefore, the correct feed condition from the distribution curve provided is Superheated Vapour.
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Find the feed condition from the below distribution curve.a)Saturated vapourb)Saturated liquidc)Superheated vapourd)None of the mentionedCorrect answer is option 'C'. Can you explain this answer?
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Find the feed condition from the below distribution curve.a)Saturated vapourb)Saturated liquidc)Superheated vapourd)None of the mentionedCorrect answer is option 'C'. Can you explain this answer? for Chemical Engineering 2024 is part of Chemical Engineering preparation. The Question and answers have been prepared according to the Chemical Engineering exam syllabus. Information about Find the feed condition from the below distribution curve.a)Saturated vapourb)Saturated liquidc)Superheated vapourd)None of the mentionedCorrect answer is option 'C'. Can you explain this answer? covers all topics & solutions for Chemical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Find the feed condition from the below distribution curve.a)Saturated vapourb)Saturated liquidc)Superheated vapourd)None of the mentionedCorrect answer is option 'C'. Can you explain this answer?.
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