What is the difference between roughness length and zero plane displacement?

Asked by: Joseph Salleh What is zero plane displacement? A height scale in turbulent flow over tall roughness elements associated with the average level of action of momentum transfer between the flow and the roughness elements. What is surface roughness length? A measure of the amount of mechanical mixing introduced by the surface roughness elements

What does strata mean here?

Asked by: Jeff Buford What do you mean of strata? layers Strata definition Strata are two or more stratums, which are layers or levels. An example of strata is layers of soil and rock. noun. 1. Plural form of stratum. What is a strata of people? Word forms: strata A stratum of society is a

Why does wind direction change in a front?

Asked by: Jeff Buford Do fronts change wind direction? A sudden change in wind direction is commonly observed with the passage of a warm front. Before the front arrives, winds ahead of the front (in the cooler air mass) are typically from the east, but once the front passes through, winds usually shift around to

How to handle negative cosine of Solar Zenith Angle while calculating clear-sky UV Index?

Decoding the Sun: What to Do When the Math Goes Dark on UV Index Ever wondered how they calculate that UV Index number you see on weather reports? It’s more than just a guess – it’s a complex calculation that helps us understand the sun’s potential to damage our skin. But what happens when the

How do the various types of clouds affect the atmosphere below them in a polluted environment?

Asked by: Christian Williams How does air pollution affect the clouds? In moderate concentrations, they add more particles to the atmosphere for water to condense onto, enabling clouds to grow taller. If pollution is very heavy, however, the sheer number of particles in the sky blocks incoming sunlight — an effect often visible in the

How does metamorphism change talc into soapstone?

Asked by: Christine Harris How is soapstone formed? Soapstone is formed by the metamorphism of ultramafic protoliths (e.g. dunite or serpentinite) and the metasomatism of siliceous dolomites. By mass, “pure” steatite is roughly 63.37% silica, 31.88% magnesia, and 4.74% water. It commonly contains minor quantities of other oxides such as CaO or Al2O3. What does

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