Heat & temperature is a property of matter... and not matter.
Photons are unique as they are essentially a packet of energy, but without mass. And, not having mass, they are not considered matter. (Note: it used to be common to refer to the relativistic mass-equivalent of an object's kinetic energy as it's "mass", and disinguish it's invariant mass as rest mass. That terminology was still current when I studied relativity, and there are certainly still books on the shelves that use it. Light and heat do have mass in that sense. But that terminology was confusing, and nowadays it is fashionable among physicists to refer to the old "relativistic mass" as "energy" and to the old "rest mass" as "mass". Light and heat have zero rest mass.)
Essentially, "matter" is the stuff that material objects are made of. Heat is merely the random motion of the parts, and light is not among the parts of material stuff either.
Note- when broken down enough matter is comprised of particles similiar to photons(no Mass, specific function, kinda in between energy and matter) it would not truly be a stretch to consider matter as some form of energy.
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Light and heat are forms of energy rather than matter. Light consists of photons, which are massless particles that carry energy and interact with matter. Similarly, heat arises from the motion of particles at the molecular level and is a measure of the total energy present in a system.
The absence of matter is vacuum. Some examples that are not matter include: light, heat, sound, energy, gravity, time, love and happiness.
Examples of non-matter (science) 1.light 2.heat 3.temperature 4.thoughts 5.emotions thats the example of non-matter why? Because it has no mass. :) i hope this answer will help you iam teacher in science college iv jaap.
No, the sun is not dark matter. Dark matter is a mysterious form of matter that does not emit, absorb, or reflect light. The sun, on the other hand, is a star that emits light and heat due to nuclear reactions happening at its core.
During burning, one kind of matter turns into its ash, gases, and heat energy. The chemical bonds in the matter are broken, releasing energy in the form of heat and light, and leaving behind the remains in the form of ash.
When light is trapped by matter, it can be absorbed, reflected, or transmitted through the material depending on its properties. The energy of the light can be converted into heat or other forms of energy within the material. If the material is transparent, the light may pass through it with minimal absorption.