Most often, a blackbody curve will have its maximum in what region of the electromagnetic spectrum?.

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rosenkemateh9939 rosenkemateh9939

19-09-2022
Physics

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Most often, a blackbody curve will have its maximum in what region of the electromagnetic spectrum?.

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Can someone help me drag this please correct answers only

qwtpu qwtpu · Answer 1 · 2022-09-24T06:30:56+02:00

A blackbody curve will have its maximum in the visible region of the electromagnetic spectrum.

The blackbody graph illustrates how the intensity of light that is radiated changes as a blackbody is heated to a specific temperature.

According to the blackbody graph, a blackbody radiates energy over the whole electromagnetic spectrum once it reaches a temperature of 3,000 K. However, at a wavelength of about 1000 nm, the energy is released most strongly. This is a part of the electromagnetic spectrum's infrared range.

A few other essential points about the blackbody graph:

The total amount of energy radiated increases with temperature.
No matter the temperature, the graph's red lines all follow the same pattern.
The intensity of electromagnetic radiation peaks at a specific wavelength even if it is emitted across the entire spectrum.
The wavelength with the highest radiation intensity varies with temperature. The radiation is most intense in the yellow-green region of the spectrum at 4,000 K.
Due to the blackbody's tremendous radiation in the visible region of the electromagnetic spectrum, at 6,000 K, it would emit white hot. Keep in mind that white light is the simultaneous emission of all visible colors.