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Where is most of the radiation emitted that produces its black body spectrum?
Most of the radiation that produces a black body spectrum is emitted from the surface of the object itself. This radiation is a result of thermal vibrations of the atoms and molecules on the object's surface, which generate a continuous spectrum of electromagnetic radiation across various wavelengths.
Why is Ice a black body?
It's not. The term "black body" is used to describe a hypothetical perfectly black object that reflects no light at all .here the light refers to entire electromagnetic spectrum. Although the emissivity of ice is near about 0.95 hence it behaves more as black body (emmisivity = 1) than a white body. The reason is for ice to be near about black body is that ice is a very good absorber of radiation outside the visible region (eg for infrared rays ) . Hence ice is more a black body than a white body (as in appearance ).
Is the sun a black body?
No, the sun is not a black body.
What are the key components of a free body diagram for a vehicle navigating a banked curve?
The key components of a free body diagram for a vehicle navigating a banked curve include the forces acting on the vehicle, such as gravity, normal force, friction, and centripetal force. These forces help to show how the vehicle's motion is affected by the curve and the banking angle.
Why narrow spectrum is better than road spectrum?
Narrow-spectrum antibiotics target specific types of bacteria, reducing the risk of resistance development and minimizing harm to beneficial bacteria in the body. Broad-spectrum antibiotics, on the other hand, can kill a wide range of bacteria, including beneficial ones, leading to disruptions in the body's microbiota and potential for resistant strains to emerge. Moreover, narrow-spectrum antibiotics are more focused and efficient in treating infections caused by known bacteria types, whereas broad-spectrum antibiotics may be unnecessary and contribute to antibiotic resistance when not needed.
The black body curve depends on what single property of the black body?
how big the black schlong is
Where is most of the radiation emitted that produces its black body spectrum?
Most of the radiation that produces a black body spectrum is emitted from the surface of the object itself. This radiation is a result of thermal vibrations of the atoms and molecules on the object's surface, which generate a continuous spectrum of electromagnetic radiation across various wavelengths.
How quantum theory explain black body radiation curves?
By "curve" I assume you mean "spectrum." If you assume that electro-magnetic (EM) energy -- ie, "light" -- can exist in any size, then the spectrum of a glowing "black body" is impossible to explain. If you make the (now simple, but, at the time, almost un-thinkable) assumption that EM energy can only exist in certain "chunks," and that the size of these chunks depends on the frequency of the EM wave, then the spectrum is quite easy to explain. Max Planck called these chunks of light "quanta," and eventually they were called "photons." It so happens that other phenomena we observe are similar: easy to explain with photons, impossible to explain without them.
What is the newest black berry?
the newest black berry is the black berry curve from cricket and we know this because Andrew ayala that gose to wams in Alice isd has the phone and every body can suck it
What do astronomers use to determine the chemical composition in star?
The light that comes from the star. The light is spread out into its spectrum and the pattern of spectral lines allow the composition (and temperature) to be determined. The temp can also be found by looking at the black body curve for the star (also from spectrum), or, by looking at the color of the star (difference in intensity of the light through two different color filters typically B and V. The light that comes from the star. The light is spread out into its spectrum and the pattern of spectral lines allow the composition (and temperature) to be determined. The temp can also be found by looking at the black body curve for the star (also from spectrum), or, by looking at the color of the star (difference in intensity of the light through two different color filters typically B and V.
What information can you learn about a celestial object just by measuring the peak of its black-body spectrum?
By measuring the peak of a celestial object's black-body spectrum, you can determine its temperature. The peak wavelength or frequency is inversely proportional to the temperature of the object. This measurement helps in understanding the object's physical properties and can provide insights into its composition and behavior.
Are very hot stars a blue white color?
Yes, the peak of their black body spectrum is in the UV band but to our eyes the color looks blue or blue white depending on how far into the UV band the black body peak is.
Does a dog have an electromagnetic spectrum?
Yes, but in the case of solid objects that possess heat it is more proper to refer to them as black body radiators.
In which region of the electromagnetic spectrum is most of the outgoing radiation from earth?
Aside from all the radio signals generated by Man, the Earth radiates primarily in the Infrared portion of the electromagnetic spectrum. This consists of reflected and re-radiated solar heat and 'black body' radiation from the Earth itself. (The reflected radiation includes some components of shorter wavelength such as visible light, but the re-radiated component is essentially all infrared.)
I want Analysis contains of sun rays?
The sun radiates energy in a spectrum which would result from a black body at 6000 deg K. This includes obviously the visible spectrum from red to violet, ultraviolet, and some infrared.
The thermal spectrum that is produced by your body peaks in which part of the electromagnetic spectrum?
microwave
At what temperature will the peak of a black body spectrum be at 157.9 nm?
use Wien's Equation: b = 2.8977685 x 10-3 meter-Kelvin
