Troubleshooting Simple Steam Problems: Tank Capacity and Temperature"

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In summary, the conversation discusses a scenario involving a nonconducting, negligible heat capacity tank connected to a pipeline containing steam at 5 bars and 370°C. The first question asks about the amount of steam and temperature in the tank after filling from an evacuated state, while the second question asks about the amount of steam and temperature after filling from an initial state of 1 bar and 150°C. The significance of the nonconducting tank is also questioned.
  • #1
sluggercz
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Hi everyone,

I cannot for the life of me figure this one out:
"A nonconducting tank of negligible heat capacity and 1m^3 capacity is connected to a pipeline containing steam at 5bar and 370 deg. C. The tank is filled with steam to a pressure of 5bar then the pipeline is disconnected.
a)If the tank is initially evacuated, how much steam is in the tank at the end of the filling process and what is its temperature?
b) If the tank initially contains steam at 1bar and 150 deg. C, how much steam is in the tank a the end of the filling process and what is its temperature?"

Thanks for the help!
 
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  • #2
What is the signficance of "nonconducting tank of negligible heat capacity"?

If it is initially evacuated, there is no content. If one fills it with steam of 5 bars and 370°C, to a pressure of 5 bars, what can one say about the contents?

In the second question, there is some inital content, at a lower pressure and temperature. One adds steam at 5 bars and 370°C. What can one say about the volume of the tank?
 

1. What is a simple steam problem?

A simple steam problem refers to a basic issue or challenge related to the use of steam in a system, such as a steam engine or industrial process. It could involve issues with temperature, pressure, or flow rate of the steam, and can often be solved with straightforward solutions.

2. How does steam work?

Steam is created when water is heated to its boiling point and turns into vapor. This vapor is then used to power machines or heat processes. It works by expanding in volume as it heats up and pushing against a piston or turbine, creating mechanical energy.

3. What are common causes of steam problems?

Some common causes of steam problems include inadequate insulation, improper pressure or temperature control, and buildup of impurities in the steam. These issues can result in inefficient performance, safety hazards, or equipment damage.

4. How can steam problems be prevented?

Regular maintenance, proper installation, and monitoring of steam systems can help prevent steam problems. It is also important to ensure proper training and education for those operating and maintaining the system to prevent human error.

5. What are some solutions to simple steam problems?

Solutions to simple steam problems can include adjusting pressure or temperature levels, cleaning or repairing equipment, and implementing regular maintenance procedures. In some cases, upgrading to more efficient steam technology may also be a solution.

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