Answer #1

Physics is basically defined as the study of the physical matter that exists and is evidently within the confines of every individual’s daily activities. One of the contexts in physics is the study on the processes of boiling and evaporating. Boiling point is one property of most liquid forms, wherein the pressure created through the transmission of heat, known as vapor pressure equalizes with the external pressure being applied to the substance. In layman’s term, boiling point has already been achieved when the bubbles are seen. Evaporating, on the other hand, can be defined as the process where liquid or even solid states of matter are converted into gaseous state, without artificially putting substances under heat.

Although the process is similar, boiling and evaporating are two different properties. While boiling is done through the application, evaporating can take place even without the application of heat to the substance at hand.

Another difference between the properties boiling and evaporating is their occurrence. Boiling occurs when heat is applied to the substance. Over time, the point at which the vapor pressure and the atmospheric pressure equalizes will be achieved, thus, boiling is evident. In this light, it can be implied that the process of boiling involves the entire mass of liquid being put under heat. Evaporating occurs in a different manner. In the presence of natural heat, the surface of the liquid involved is the only part that is slowly converted into gas. Thus, the process of evaporation only affects the surface of the substance.

Although boiling and evaporation has more common properties than differences, it cannot be denied that these properties are distinct from another, making it essential to know how these things really work, especially that these are evident in one’s daily experiences and activities.

Answered By: katrina [385 ]