As a result of its molecular constitution, a fluid with low viscosity moves easily.
When fluid has a high viscosity, its molecular structure creates a lot of friction within the fluid, making it difficult to move. It’s a term used to describe the friction that occurs within a moving fluid. A fluid’s viscosity is a measure of its resistance to movement or evaporation. In another way, viscosity is defined as, the ratio of fluid’s resistance to fluid flow. Viscosity is defined as a measure of a liquid or gas’s resistance to flowing or changing shape. Viscosity term came from the Latin word “viscum” and the meaning of “viscum” is viscous glue, basically a sticky thing. The more internal friction a liquid or gas has, the more viscosity it has, and the less it moves. A high quantity of intermolecular friction causes a liquid or gas to be viscous. When a raindrop goes quicker, it is the one with the least viscosity (or resistance), which is why it wins. We’ve all seen two raindrops racing down a windshield, which is an example of viscosity in action. Water (low viscosity) and honey come to mind (high viscosity), In the case of fluids of differing densities, however, this definition can be a bit perplexing. Often, viscosity is referred to as a fluid’s thickness. Viscosity is a concept that is used not only in chemistry but also in physics and engineering. heat transfer medium in heat exchangers,. In most processes or industries, we have seen the various use of fluids, like, Processing materials relies heavily on fluid flow. Let’s try to understand the basics of viscosity. Let’s explore! What is Viscosity? Definition, Meaning Viscosity Basics And so we end up getting or the viscosity of air, It's 1.4 times 10 To the -5 Newton's times seconds per meter squared.In this article, we will learn what is viscosity, its type like kinematic viscosity, dynamic viscosity, value for water, air, oil, different formula, etc. Spy Times of Radius which is 2.5 Times 10 to the -6 times the velocity, Which is 4.5 10, 10 To the -4. Yes, three times 10 To the -13 The letter by 6, 10. Air is equal to the force but the oil is experiencing through the Aaron divided by six times pi times the radius of the oil droplet times the velocity. So we can divide both sides By six pi radius and velocity. 
So we have everything we need to solve for ada the viscosity of air. And from this equation we see that we have the force that the oil and popular is experiencing, the radius will drop the end of velocity. The equation for that is the force due to the air is equal to six times pi kinds of viscosity of Aaron, times the radius of the oil droplet plans of velocity that it's moving with. So, to solve this problem, we can use the equation for the force that the drama is experiencing due to air. And we want to calculate the viscosity of the air and or that we have the greek symbol asia for the viscosity of air. And the radius of this oil droplet is 2.5 Times 10 to the -6 meters. The velocity of this oil droplet is 4.5 times 10 To the -4, you just per second.
He's given us three times 10 To the -13 new Orleans. And this problem, we have a drop of oil that fly through the air and because it's flying through the air, it's experiencing a force due to the air that's trying to slow down this droplet of oil in that force that's acting on the oil is trying to slow it down.
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