The black body equation describes this in detail, it is called Plank's law. All bodies emit electromagnetic radiation. The hotter the body the higher the average frequency. Refer to the links in the Related links for lots of detail.
Intensive properties do not depend on the matter's amount of the physical system (mass density, temperature ...). Extensive properties do depend on the amount of matter that is present (volume, mass and size).
It can vary; a plasma can have a temperature of a few thousand degrees, or millions, or even billions of degrees - in each case, the amount of energy will be different. Of course, the amount of energy will also depend on the amount of plasma we are talking about.
because thermal energy doesn't depend only on the temperature of an object but also form its mass so the objects might have different amount of mass
No.
That doesn't depend on the temperature, but on the amount of UV radiation you receive.
Colours are produced when electromagnetic radiation is emitted. The precise colour will depend on the wavelength of the radiation.
The answer is no
no
Yes. Radiation is emanated from radioactive material, so the amount of radiation that someone "gives off" is a function of how much radioactive material they have inside them.
Emitted, and the precise amount of energy that is emitted will depend on what kind of atom, and moving from which excited state. That's how spectrographs can determine what element is present.
The black body equation describes this in detail, it is called Plank's law. All bodies emit electromagnetic radiation. The hotter the body the higher the average frequency. Refer to the links in the Related links for lots of detail.
Not sure what you mean by "specific," but some light being emitted from a hot thin gas is, indeed, caused in that way. Other light is simply black body radiation, which does not depend on the type of atoms in the gas, but only upon the temperature of that gas.
That would depend on a variety of factors: The amount of dry ice you have, its exact shape, the external temperature, whether there is wind, and how much.That would depend on a variety of factors: The amount of dry ice you have, its exact shape, the external temperature, whether there is wind, and how much.That would depend on a variety of factors: The amount of dry ice you have, its exact shape, the external temperature, whether there is wind, and how much.That would depend on a variety of factors: The amount of dry ice you have, its exact shape, the external temperature, whether there is wind, and how much.
Temperature would be an intensive property, because it does not depend on the amount of substance being investigated.
That will depend a lot on the star's temperature. The highest frequencies can be infrared radiation, red light, blue light, ultraviolet, or even x-rays - all depending on the star's surface temperature.
Atmospheric pressure and saline content of the water.