Dispersion is a noun meaning the property of being scattered over a large spatial or geographic range, area, or volume, or the act of dispersing or diffusing something. Dispertion is a misspelling of the word dispersion.
Population density shows how many people live in a given area. Dispersion shows where they live in that same are, whether clumped, uniform or randomly.
that is where we get rainbows. light shines through rain drops and refracts it's individual colors. For normal incidence there is no dispersion and hence the rays will not disperse into its constituent colors .(pearlsawme)
hydrogen, London dispersion, and dipole - dipole
No, dispersion doesn't occur through a hollow prism.
reflection, refraction, dispersion and total internal reflection of the sun's rays make rainbows appear.
Not all rainbows are the same.
Yes.
Dispersion Bond is the weak force of attraction between molecules of same element and bond is formed is known as dispersion bond
Rainbows are formed when a droplet of water reflects the true colors of light like a prism. ROY-G-BIV red, orange, yellow, green, blue, indigo, and violet.
As many as three nested rainbows have been sighted at the same time, under the right conditions.
Rainbows Rainbows fascinate Rainbows Rainbows..!
Dispersion is a noun meaning the property of being scattered over a large spatial or geographic range, area, or volume, or the act of dispersing or diffusing something. Dispertion is a misspelling of the word dispersion.
the three types of dispersion are: 1. Intermodal Dispersion 2. Chromatic Dispersion 3. Waveguide Dispersion
No. When you complete all rainbows, if you have a child he/she will continue on the game. You will play as your child, but not much will be different. For example, My name in the game is Cathrine and I have a child with Gill, Claire. When I complete all rainbows my name will be Claire and I will be living in the same place, but with no rainbows completed and the same bachelors.
the three types of dispersion are: 1. Intermodal Dispersion 2. Chromatic Dispersion 3. Waveguide Dispersion
Because your eye always interprets the same range of wavelengths as the same series of colors.