Check My Solution for Second Problem (w,q)

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In summary, The speaker is asking for someone to check their solution to a problem involving lower case w and q as well as velocities at the inlet and outlet. They mention that the work is difficult to read, but it appears correct. They also refer to a resource discussing changes in kinetic and thermal energy.
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Kolin101
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Homework Statement
In the turbine steam changes its specific enthalpy and velocity from (3450) kJ/kg and 85 m/s at the inlet to (2630) kJ/kg and 190 m/s at the outlet. (A) Determine the power generated per 1 kg of the steam if the process is adiabatic. (B) Determine also the power generated if the heat lost to surroundings is 10kJ per 1kg of steam flowing through the turbine. Neglect change in potential energy.
Relevant Equations
Balance of Energy
Hi there again. I have a second problem for which I don't have an answer to compare with, hence I'm kindly asking someone to check the solution of mine. lower case w and q are the work and heat per 1kg respectively, and w's with a vector are of course the velocities at the inlet and at the outlet.
Turbine First Law.jpg
 
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FAQ: Check My Solution for Second Problem (w,q)

What is the second problem in "Check My Solution"?

The second problem in "Check My Solution" is to determine whether the given solution for a particular problem is correct or not.

How do you check a solution for the second problem?

To check a solution for the second problem, you can first understand the problem and its given solution. Then, you can try to solve the problem on your own and compare your solution with the given one. Alternatively, you can also use mathematical or logical methods to verify the correctness of the given solution.

What are some common mistakes to look out for when checking a solution for the second problem?

Some common mistakes to look out for when checking a solution for the second problem include incorrect calculations, missing steps or assumptions, and using incorrect formulas or equations.

Can a solution for the second problem be partially correct?

Yes, a solution for the second problem can be partially correct. This means that some parts of the solution may be correct while others may contain errors. It is important to carefully analyze and identify the correct and incorrect parts of the solution.

Are there any tips for effectively checking a solution for the second problem?

Some tips for effectively checking a solution for the second problem include understanding the problem and its given solution thoroughly, double-checking all calculations and steps, and seeking help from others if needed. It is also helpful to approach the problem from different angles and use different methods to verify the solution.

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