u can give your daughter or son one cent but can u give half cent? similarly things in nature are quantized - they can release energy only equal to difference of the energy level their electrons can jump so, as arrngement of electrons is different in different elements so is the difference in frequencies they emit hence the different colours
When you heat an atom it will vibrate faster and faster and this causes electrons in the atom's electron shells to jump to a higher energy level shell. These electrons then fall back to their proper place and in doing so they release the energy that they absorbed to make the jump up as light. The color of this light depends on the energy between the two shells.
Next you need to understand that the atoms of different elements have different numbers of electrons round them and therefore the energy difference between the shells as electrons jump when heated will be different - therefore the colour of light emitted will be different.
Because different elements have different energy level that their valance electrons are at and these valance electrons when subjected to energy reach a higher level where they return to the resting state energy level. While dropping back to their resting level they emit a photon of light that has a certain wavelength, different wavelengths, that the eye perceives as different colors.
Electrons are excited into higher energy levels and light is emitted as they return to a lower energy state. The energy levels are different for different elements hence the color is different as color of light is determined by the frequency and this in turn is related to the energy gap. (E=hv where h= Planks constant, v= frequency)
Elements have a characteristic color when exposed to heat because of line spectra. They release light energy in specific colors that depend on their number of valence electrons.
they have different electron energy levels.
as anything is heated it loses heat back to is surrounding by radiation . when an object is losing heat at the same time there is a change in color.
conducts heat readily - Dondi
when it is exposed to heat it melts
Retain. And give. Off heat and energy
Carmel , brown
Heat Absorption As heat energy reaches an object, it can be absorbed, in a similar manner to the way sponges absorb water. Heat enters an object, warming it. The longer the object is exposed to the heat source, the more heat that it absorbs.
conducts heat readily - Dondi
One unique characteristic about the sun is its color. Another is the way it put off heat.
when it is exposed to heat it melts
We did this experiment in chemistry (well something like it). There's different chemicals that is out into the powder. The chemicals react differently when exposed to heat therefore when exposed to the extreme heat of the small explosion, the chemicals give off a certain color. The color depends on the chemical.
Radiant heat is actually safer than most other types of heating. It has no moving parts or exposed heating elements that children could come in contact with.
When a rubber band is exposed to heat it contracts heat, meaning that sucks up all the heat and becomes smaller.
The answer is: small amounts of different elements
It is a matter of staying warm. Dark clothing will absorb more of the sun's heat when you are exposed to sunlight.
yes,when heat exposed suddenly
Characteristic length is the ratio of volume of the body to cross-sectional area perpendicular to the direction of heat flow.Ls=characteristic length.Ls=V/A.
Most people use light colors, generally white, since boats are always outside and exposed to sunlight and white absorbs the least light / heat. The darker the color, the more light / heat get absorbed.
color first then heat