To form an emulsion, it is best to beat the egg yolks in the same direction so they are mixed properly. If the eggs are beaten in random directions they may not be mixed as well.
To form an emulsion, it is best to beat the egg yolks in the same direction so they are mixed properly. If the eggs are beaten in random directions they may not be mixed as well.
It is called scattering light if it is in random directions, or refraction if the light changes direction.
In diffused reflection, light is reflected in random directions by a rough or irregular surface. This results in the formation of a blurred or fuzzy image as the reflected light rays are scattered.
Go in different directions usually in a random pattern.
The answer is yes because once blocked by something where else does the root have to go but everywhere! So yes, roots grow in random directions when blocked.
The domains line up
The Tyndall effect is the scattering of light by colloidal particles in a colloidal suspension. Brownian motion is the random movement of particles in a fluid due to collisions with molecules. Brownian motion can enhance the Tyndall effect by causing the colloidal particles to move randomly, increasing the likelihood of light being scattered by the particles in different directions.
Yes, absolutely. Non Random 'Assortment' [during zygote formation] is responsible for most of the rest.
When light strikes a rough surface it reflects in essentially random directions.
Some different types of random motion include Brownian motion (the random movement of particles in a fluid), particle diffusion (random movement of particles from areas of high concentration to low concentration), and random walk (a mathematical model describing a path that consists of a succession of random steps in various directions).
Decreasing the temperature of the system will decrease the average velocities of the particles, but will not change their pattern of movement.
Most events are random yes but some actually effect the story