Evaporation is a process where liquid water changes into water vapor and leaves a system, so it is considered an output rather than an input in a system.
it has a role in water output.
Input: Dirty clothes, water, detergent. Output: Clean clothes.
The input process of a washing machine are dirty clothes, detergent, and water are put into the washing machine. The washer washes the clothes and the output process is clean clothes.
Water is considered an input in many processes, as it is often used in various industrial, agricultural, and manufacturing activities. It is also an essential component in many chemical reactions and biological processes.
An automatic washing machine is an output device, as it takes in input in the form of water, detergent, and clothing, and produces the output of clean clothes.
Input and output are not functions per se. Input is the raw material that goes into a function or process. Output is the finished product--- it's what the input looks like after it goes through the process. If you are a baker, your input is flour, yeast, water and whatever else a baker needs to make bread. The process or function is all the work the baker does to blend, change, bake and otherwise manipulate the raw materials to end up with bread. The output is the bread. With computer technology, a person may be confronted with unimaginable collections of information on a given topic. The person wants to make order out of the information. He enters it into a computer system that puts the information through various (and sometimes extremely complex) processes. The outcome is (ideally) the information hidden in the raw data.
If urine output exceeds input you will lose total body water. If you are retaining fluid, i.e. have too much, this is normal and good. At some point, if it does not stop , it will lead to dehydration.
The evaporation and vaporization of water is an endothermic process. As water vaporizes it absorbs heat energy. The changing of phase from liquid water to gas also means an increase in kinetic energy.
If input flow (inflow) to a water holding area is greater than output flow (outflow), the amount of water held in that area will increase. The water level will rise because more is coming in than is going out. As water level rises, outflow may increase. Or it may not. There are variables. But in the mean time, water is "backing up" in the area under inspection.
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Yes it is as there is no break in the output as you would have with a batch process.