![Solution: Find the boiling temperature when the pressure is increased Solution: Find the boiling temperature when the pressure is increased](https://pinoybix.org/wp-content/uploads/2024/01/Power-Plant-Elements-Problem-Find-the-boiling-temperature-when-the-pressure-is-increased-370x297.png)
Tag: Power Plant Elements Solution
![Solution: Find the boiling temperature when the pressure is increased Solution: Find the boiling temperature when the pressure is increased](https://pinoybix.org/wp-content/uploads/2024/01/Power-Plant-Elements-Problem-Find-the-boiling-temperature-when-the-pressure-is-increased-370x297.png)
![Solution: Determine the entropy of the steam line Solution: Determine the entropy of the steam line](https://pinoybix.org/wp-content/uploads/2024/01/Power-Plant-Elements-Problem-Determine-the-entropy-of-the-steam-line-370x297.png)
Solution: Determine the entropy of the steam line
![Solution: How much moisture is leaving the boiler container Solution: How much moisture is leaving the boiler container](https://pinoybix.org/wp-content/uploads/2024/01/Power-Plant-Elements-Problem-How-much-moisture-is-leaving-the-boiler-container-370x297.png)
Solution: How much moisture is leaving the boiler container
![Solution: Calculate the inlet velocity (m/s) Solution: Calculate the inlet velocity (m/s)](https://pinoybix.org/wp-content/uploads/2024/01/Power-Plant-Elements-Problem-Calculate-the-inlet-velocity-m-per-sec-370x297.png)
Solution: Calculate the inlet velocity (m/s)
![Solution: Find the enthalpy of the mixture Solution: Find the enthalpy of the mixture](https://pinoybix.org/wp-content/uploads/2024/01/Power-Plant-Elements-Problem-Find-the-enthalpy-of-the-mixture-370x297.png)
Solution: Find the enthalpy of the mixture
![Solution: Find the heat rejected from the cylinder Solution: Find the heat rejected from the cylinder](https://pinoybix.org/wp-content/uploads/2024/01/Power-Plant-Elements-Problem-Find-the-heat-rejected-from-the-cylinder-370x297.png)
Solution: Find the heat rejected from the cylinder
![Solution: Determine the volume of the water that can be taken out Solution: Determine the volume of the water that can be taken out](https://pinoybix.org/wp-content/uploads/2024/01/Power-Plant-Elements-Problem-Determine-the-volume-of-the-water-that-can-be-taken-out-370x297.png)
Solution: Determine the volume of the water that can be taken out
![Solution: A large mining company was provided with a 3 m^3 of compressed air tank Solution: A large mining company was provided with a 3 m^3 of compressed air tank](https://pinoybix.org/wp-content/uploads/2024/01/Power-Plant-Elements-Problem-A-large-mining-company-was-provided-with-a-3-m3-of-compressed-air-tank-370x297.png)
Solution: A large mining company was provided with a 3 m^3 of compressed air tank
![Solution: What percentage has the mass of air in the tank been reduced? Solution: What percentage has the mass of air in the tank been reduced?](https://pinoybix.org/wp-content/uploads/2024/01/Power-Plant-Elements-Problem-What-percentage-has-the-mass-of-air-in-the-tank-been-reduced-370x297.png)
Solution: What percentage has the mass of air in the tank been reduced?
![Solution: What is the decrease in internal energy? Solution: What is the decrease in internal energy?](https://pinoybix.org/wp-content/uploads/2024/01/Power-Plant-Elements-Problem-What-is-the-decrease-in-internal-energy-370x297.png)