[Q&A] June 22, 2017
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What is the difference between condensation and cooling? Answer: The difference between the two is that cooling involves a change in temperature but no phase change, whereas condensation involves a phase change but no change in temperature. http://down.hcbbs.cc/attachment/forum/201706/10/203353z7y06fdo70r6eod0.jpg Petrochemical Zone—New Ideas for Energy Savings: The “Creative Thinking” Campaign (Phase 2 is in full swing) http://bbs.hcbbs.com/forum.php?mod=viewthread&tid=1666758 (Source: Haichuan Chemical Industry Forum)
Condensation involves a phase change, as part or all of the gas is converted into a liquid phase; cooling generally does not involve a phase change
Cooling refers to lowering the temperature of a substance, while condensation is the process of cooling a gas into a liquid or a solid into another solid, with no change in temperature during this process. The difference between the two is that cooling involves a change in temperature but no phase change, whereas condensation involves a phase change but no change in temperature.
The former undergoes phase changes, while the latter does not
Cooling merely results in a decrease in temperature, but during condensation, the phase also changes alongside the drop in temperature.
Condensation involves a phase change, while cooling does not
The difference between the two is that cooling involves a change in temperature but no phase change, whereas condensation involves a phase change but no change in temperature.
Condensation is the process of turning a gas into a liquid by cooling it; cooling, on the other hand, is the process of cooling a gas to remain in gaseous state or cooling a liquid to remain in liquid state, with no phase change occurring.
Cooling refers to the reduction of the temperature of a substance, while condensation involves cooling a gas into a liquid or a solid into another solid, with no change in temperature during this process. The difference between the two is that cooling results in a change in temperature but no change in phase, whereas condensation involves a change in phase but no change in temperature.
Cooling refers to the reduction of the temperature of a substance, while condensation involves cooling a gas into a liquid or a solid into another solid, with no change in temperature during this process. The difference between the two is that cooling results in a change in temperature but no change in phase, whereas condensation involves a change in phase but no change in temperature.
The difference between the two is that cooling involves a change in temperature but no phase change, whereas condensation involves a phase change but no change in temperature.