What happens when steam at a temperature 130°C is passed through a bucket of water at...

Question:

What happens when steam at a temperature 130°C is passed through a bucket of water at 63°C continuously?

Heat:

It is defined as the type of energy that alters the temperature of a system from lower to the higher value of the system. It is the path function as it takes place due to the temperature variation within the two states. The heat is a readily available source of energy.

Answer and Explanation:


When high-temperature steam continuously hits the water bucket, which has a temperature less than steam, then the heat transfer happens between steam and water by the First law of thermodynamics, which states that heat is always transferred from high to the low temperature. The steam continuously supplied the heat to water until the temperature of water and steam comes in equilibrium condition.


Learn more about this topic:

Loading...
Thermal Expansion & Heat Transfer

from High School Physics: Help and Review

Chapter 17 / Lesson 12
14K

Related to this Question

Explore our homework questions and answers library