aag ka hindi meaning आग का हिंदी में अर्थ
आइए जानते हैं aag ka
hindi meaning आग का हिंदी में अर्थताप, गरमी आग के सामान्य मतलब हैं। · आग का मतलब जो ताप पैदा करता है। फायर · आग का मतलब जलन · संताप जो किसी वजह से हर्ट मैं पैदा होता है। आग मतलब काम वासना की आग कामाग्नि Fires begin
once a ignitible or a combustible, together with a enough amount of associate
degree chemical agent like element gas or another oxygen-rich compound (though
non-oxygen oxidizers exist), is exposed to a supply of warmth or close
temperature higher than the flash purpose for the fuel/oxidizer combine, and is
in a position to sustain a rate of fast oxidization that produces a sequence
reaction. this can be ordinarily referred to as the hearth polyhedron. hearth cannot exist while not all of those
parts in situ and within the right proportions. for instance, a ignitible
liquid can begin burning as long as the fuel and element are within the right
proportions. Some fuel-oxygen mixes could need a catalyst, a substance that’s
not consumed, when added, in any chemical change throughout combustion, however
that permits the reactants to combust additional promptly. Once lit, a
sequence reaction should surface whereby fires will sustain their own heat by
the more unharness of warmth energy within the method of combustion and will
propagate, provided there’s an eternal provide of associate degree chemical
agent and fuel. If the
chemical agent is element from the encompassing air, the presence of a force of
gravity, or of some similar force caused by acceleration, is important to
provide convection, that removes combustion product and brings a provide of
element to the hearth. while not gravity, a hearth speedily surrounds itself
with its own combustion product and non-oxidizing gases from the air, that
exclude element and extinguish the hearth. owing to
this, the danger of fireside in a very satellite is tiny once it’s coasting in
mechanical
to the hearth by some method apart from thermal convection. Fire may be
destroyed by removing anybody of the weather of the hearth polyhedron. think
about a fossil fuel flame, like from a stove-top burner. the hearth may be
destroyed by any of the following: turning off
the gas provide, that removes the fuel source; covering the
flame utterly, that smothers the flame because the combustion each uses the
accessible chemical agent (the element within the air) and displaces it from
the realm round the flame with CO2; application
of water, that removes heat from the hearth quicker than the fire will
manufacture it (similarly, processing onerous on a flame can displace the warmth
of the presently burning gas from its fuel supply, to an equivalent end), or application
of a drag chemical like pollutant to the flame, that retards the chemical
change itself till the speed of combustion is simply too slow to take care of
the chain reaction. In
distinction, hearth is intense by increasing the general rate of combustion.
ways to try to to this embrace equalization the input of fuel and chemical
agent to ratio proportions, increasing fuel and chemical agent input during
this balanced combine, increasing the close temperature therefore the fire’s
own heat is healthier able to sustain combustion, or providing a catalyst, a
non-reactant medium during which the fuel and chemical agent will additional
promptly react. Fire is hot
as a result of the conversion of the weak covalent bond in molecular chemical
element, O2, to the stronger bonds within the combustion product CO2 and water
releases energy (418 kJ per thirty two g of O2); the bond energies of the fuel
play solely a persona here.[2] At a particular purpose within the combustion
reaction, known as the ignition purpose, flames are created. The flame is that
the visible portion of the fireplace. Flames consist primarily of CO2, vapour,
chemical element and gas. If hot enough, the gases might become ionised to
supply plasma.[3] looking on the substances alight, and any impurities outside,
the colour of the flame and also the fire’s intensity are going to be totally
different. Fire in its
commonest type may result in inferno, that has the potential to cause physical
injury through burning. fireplace is a vital method that affects ecological
systems round the globe. The positive effects of fireside embrace stimulating
growth and maintaining varied ecological systems. The negative
effects of fireside embrace hazard to life and property, region pollution, and
water contamination.[4] If fireplace removes protecting vegetation, serious
rain might result in a rise in wearing away by water.[5] Also, once vegetation
is burned, the gas it contains is free into the atmosphere, in contrast to
parts like K and phosphorus that stay within the ash and are quickly recycled
into the soil.
