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Hi, I can't figure out how to answer these questions.

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Hi, I can't figure out how to answer these questions.

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temperatures are important for this cycle

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2 Qhs

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rankine cycle:  allows us to experiment with inefficiencies in a graphical manner.

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rankine cycle:  allows us to experiment with inefficiencies in a graphical manner.

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Rankin and reheating is advantageous because you are more work out by only having to pump it once. You are resuing the waste heat to make more work. More efficient than wasting the heat to pump and reheat

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You are able to resolve any worries about melting your materials by reducing the heat of the fluid going through through them

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Allows you to use your waste and work at higher temperatures

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Allows you to use your waste and work at higher temperatures

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Above

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It is better for actual purpose!

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I learned that increasing the pressure will increase efficiency but without re heat temp or quality become too high, reheat allows you to avoid these problems by adding a second turbine

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It makes a cycle able to produce more power for certain design restraints. 

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It makes a cycle able to produce more power for certain design restraints. 

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It overcomes the problems associated with too low a quality and too hot of a max temp while still operating at high pressures

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It overcomes the problems associated with too low a quality and too hot of a max temp while still operating at high pressures

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It allows you to increase efficiency while mainaning reasonable temperatures for cheaper materials

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It allows you to increase efficiency while mainaning reasonable temperatures for cheaper materials

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It allows you to have the efficiency of higher pressures/temperatures without sacrificing the longevity of parts

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It allows you to have the efficiency of higher pressures/temperatures without sacrificing the longevity of parts

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There are two varying work outputs for the ranking reheat cycle versus the ranking cycle.

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I learned that the rankine cycle is dependent on the materials that compose it

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I learned that the rankine cycle is dependent on the materials that compose it

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I learned that the entire cycle is reheated. This creates more work and the entire cycle becomes more efficient

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we analyze two turbines instead of one, and then two heat inputs instead of one. We just have a few more steps to get to the pot'o'gold but it's all the same really.

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This is still unclear

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You can reduce waste heat by recycling it

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Reheat is advantageous because it's the "best of both worlds" - you get a mix between not too high of temperature and not too high of pressure

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By reheating the cycle you increase the quality which is advantageous because the turbine will last for much longer

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The reheat cycle requires more steps. It has the same general process, but just more to it.

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The reheat cycle requires more steps. It has the same general process, but just more to it.

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I have learned that material constraints limit real world applications

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I have learned that material constraints limit real world applications

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There are extra steps because there are more states to consider, but the analysis is the same for all.

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It is different because you now have two Qdot H as well as two turbines and a third pressure.

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Allows you to send heat back so that you can save materials and money while doing the process

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Allows you to send heat back so that you can save materials and money while doing the process

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It's different because now there's 6 states instead of 4

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Dealing with a reheat cycle for a rankine cycle is similar to the processes pf reheating that we used before for the Brayton cycle

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Dealing with a reheat cycle for a rankine cycle is similar to the processes pf reheating that we used before for the Brayton cycle

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The ranking reheat cycle allows you to increase the efficiency of the system

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The ranking reheat cycle allows you to increase the efficiency of the system

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You can create more work without damaging your components

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You can create more work without damaging your components

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Mo Boilers = Less Heating Material Problems due to overheating?

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How to interpret our s4 value for quality

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How to interpret our s4 value for quality

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With reheating we are able to increase our work net generated because before we get rid of all our super heated vapor, we can reheat it and increase our work area. This is larger than the Qc waste heat, so our efficiency will increase.

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I learned that rankine reheat is advantageous because it keeps the quality very high and the boiler temp very low

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Are temperatures not important to the Rankine cycle? (Only for table look ups)

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Are temperatures not important to the Rankine cycle? (Only for table look ups)

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It can help with being stuck between a rock and a hard place

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There are just more terms that you have to deal with like and extra work output and heat input but otherwise it is the same.

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There are just more terms that you have to deal with like and extra work output and heat input but otherwise it is the same.

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You have to deal with two turbines instead of one, just another another heat input and but the rest is the same steps

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I learn that reheat good because more work output with reheat and you don't have to destroy all your stuff to get all the work

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The rankine reheat cycle is advantageous becasue it is expanding it's area under the curve increasing effciency, or increasing work output

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Reheat can avoid low qualities in the turbine, this is advantageous to the longevity of the turbine system working

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Rankine with reheating allows for similar work to be done by a boiler without requiring high pressures or temperatures.

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Rankine with reheating allows for similar work to be done by a boiler without requiring high pressures or temperatures.

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I learned that

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you have 2 turbines and 2 heat additions

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it keeps the quality very high and the temperature of the boiler low

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Reheating allows us to work around the restrictions set by the materials rather than Thermo

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There are two inputs for heat and two turbines. Everything else is the same

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It is advantageous because it allows for a more efficient cycle without sacrificing real world material weaknesses 

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It is advantageous because it allows for a more efficient cycle without sacrificing real world material weaknesses 

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You reheat the cycle to create more work and to make sure that you do not damage the material of your system

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Rankine can give better efficiencies at lower temperatures than the other cycles. Although it's efficiencies suck

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Basic process for analyzing Rankine cycle

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You have two work outputs from the turbines and two heat inputs but analysis is the same

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why do we say the rankine cycle is the most efficient, even though in some analysis there seems to be more efficient modes?

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This allows you to reduce your waste heat without having to pay for more expensive materials making it a more viable option for real world use.

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analyzing rankine reheat vs standard rankine

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analyzing rankine reheat vs standard rankine

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The steps to analyzing the states in the Rankine Reheat cycle are the same as the Standard Rankine cycle but there are two more steps involved when reheating and cooling down from the reheated state.

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What is something that is unclear about the Rankine cycle (with or without reheat)?

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What is something that is unclear about the Rankine cycle (with or without reheat)?

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How is analyzing a Rankine Reheat cycle different from the standard Rankine cycle?

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How is analyzing a Rankine Reheat cycle different from the standard Rankine cycle?

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What did you learn about Rankine with Reheat?  Why is it advantageous?

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What did you learn about Rankine with Reheat?  Why is it advantageous?