Can minus 273 freeze the fire? Can minus 273 freeze the fire?

This proposition is not valid, it can catch fire because it can reach the ignition point of matter, and the ignition point of no object is minus 273 degrees, so it is impossible to catch fire at minus 273 degrees.

First of all, human science cannot reach -273 degrees Celsius, and even if it does, as long as it is under standard air pressure, it is impossible for something that is ignited to be extinguished. If it hadn't been ignited, there would have been no such thing as a flame. minus 273 ° is also known as absolute zero, at such a low temperature, any substance becomes superstate (non-liquid, non-solid), combustion is the state of the gaseous state of the substance, at minus 273 ° can not achieve the gaseous state of the substance, so it can not catch fire; The concept of flame:

Flame is a visible light or other physical manifestation that is quickly transformed into combustion products after mixing fuel and air, combustion is a chemical phenomenon, and it is also a physical phenomenon. The three elements that produce flames: temperature, oxygen (hidden influence conditions, but also air pressure) First of all, human science cannot reach Celsius, and even if it is reached, as long as it is under standard air pressure, it is impossible for something to be ignited.

If it hadn't been ignited, there would have been no such thing as a flame. In addition, if it is in outer space, it can be burned at minus 100 million degrees, and as long as there are sufficient conditions, the ignition of the substance is an exothermic process. Regardless of temperature.

The coldest inhabited place in the world has reached minus 70 degrees, which is already the limit of human beings, and absolute zero is the lowest temperature in thermal energy, but only the lowest value in theory, and thermodynamics is measured in Kelvin, and absolute zero is the zero point on the Kelvin temperature scale, that is, minus degrees.

In the context of thermodynamics, if you are in an environment of absolute zero, then all thermal motion will stop.

Well, under normal circumstances, at minus 273 degrees Celsius, this is not frozen, but in the case of minus so many degrees, as long as the fire is dry, that is, the ignition point can be, for example, there is wood to ignite, or the coal can be ignited, but it can't be a wet thing, if it is a supermarket thing, he can't ignite it, but if it is something dry in content, it is completely fine to ignite it. Because this thing can be simply inside the point that its temperature is also relatively high, its score is greater than 500 degrees and shoots more than 600 degrees, so it is completely fine to say that his situation is not a problem, so it is normal to leave 230 degrees to freeze the fire.

No.

Absolute zero is minus degrees, and people will be frozen in an instant at absolute zero, but people have not created absolute zero now.

It is impossible to freeze around a place where there is a flame, because there will be a lot of heat generated, and the temperature of the ice is difficult to reach next to the flame, but anything that goes in absolute zero will be frozen, and the flame cannot enter at all, so this statement cannot be supported by experiments, and we cannot know whether absolute 0 degrees can freeze the flame.

Absolute Zero Degree Introduction.

Absolute zero represents a temperature at which all the molecules and atoms that make up matter cease to move. Motion refers to all spatial, mechanical, molecular, and vibrational movements. It also includes some forms of electron motion, but it does not include the "zero-point motion" in the concept of quantum mechanics.

This motion cannot be stopped unless the agglomeration system of the moving particles is dismantled.

From the nature of this definition, absolute zero is impossible to achieve in any experiment, and these motions are invisible to the naked eye, but we will see that they determine most of the temperature-related properties of matter. Just as a straight line is made up of only two points, a temperature scale is defined by two fixed and repeatable temperatures.

-273 can freeze the fire.

First of all, minus 273 degrees is also known as absolute zero, and scientists believe that atoms will not move even in the zero state of zero pairs. The atoms in the molecule will change the frequency and state of operation according to the change of temperature, and when it reaches absolute zero, they will also stop moving because the temperature is too low.

Secondly, under the condition of absolute zero, all the material in the object will be frozen, and it will be in a state of rest, whether it is fire or light, it is composed of tiny particles, and when they are all stationary, they will naturally be frozen. Of course, this absolute zero is almost impossible to achieve.

The coldest place in absolute zero:

Chilean astronomers have discovered the coldest place in the universe, the coldest place in the universe is called the "Pull-Back Bar Nebula", where the temperature is minus 272 degrees Celsius, which is the coldest place in nature known so far, called the "cosmic ice box".

In fact, Bumoje's Nebula is only nearly 1 degree above absolute zero (minus). This "heat" (because in fact we are talking about temperatures that are always above absolute zero) is the heat that has survived to this day as the origin of the universe, and in fact, it is one of the most significant and valid proofs of the theory of the great.

The concept of sub-zero is that matter is completely stationary, and molecules, atoms, and even electrons must be at rest. This is called absolute zero. To reach this temperature, time must first stand still, and first of all, time standing still cannot be reached.

So absolute zero cannot be reached. But if you have to get there, time stands still. Time has stood still, so do you say the fire is frozen?

The generation of fire is the reaction of the fundamental force elements, and the reaction of the fundamental force elements cannot be stopped at any constant temperature, such as stars, neutron stars, pulsars, and the environment in the universe can reach minus 273 degrees Celsius and cannot freeze the stars, the stars themselves are the reactions of the fundamental force elements, and the temperature is microscopic and is produced by the friction of the movement of the molecules of the object.

minus 273 ° is also known as absolute zero, at such a low temperature, any substance becomes superstate (non-liquid, non-solid), combustion is the state of the gaseous state of the substance, at minus 273 ° can not achieve the gaseous state of the substance, so it can not catch fire;

In addition, most flames can only burn at minus 273°, so in the process of lowering to minus 273°, the [combustion conditions] can no longer be met, and the flame will be extinguished. Therefore, there is no such thing as freezing or freezing, because minus 273° and fire cannot occur together at the same time.