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Q: Describe the spectral distribution of energy in black body radiation?
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What is spectral distribution of cosmic microwave background radiation?

The spectral energy distribution of the microwave background radiation found in the universe is that of a perfectly absorbing body (blackbody) radiating at 2.70 Kelvin.


What are visible light and other waves of energy forms of?

broadband blackbody radiation generated by heatnarrow band spectral radiation from excited electrons falling to lower energy atomic orbitals


Describe how energy flows between hotter and cooler objects?

from radiation and convection


What is spectral energy density?

The energy spectral density describes how the energy (or variance) of a signal or a time series is distributed with frequency.You can read more in Wikipedia 'Spectral Density', but you will need good maths to understand it!


What has the author P A Apanasevich written?

P A. Apanasevich has written: 'Tables for the energy and photon distribution in equilibrium radiation spectra'


What word is used to describe the particles and energy that are emitted by a nucleus?

radioactivity


What causes radiation pressure?

radiation light has energy and direction. Energy can be describe as having mass. E=mc2 Therefore all light can exert a pressure on objects dependent on its vector direction.


Why is it not completely accurate to describe the energy coming from the sun as visible radiation?

Mainly because not all of it is visible.


What do you call when the different spectral color are mixed?

energy..


What form of energy is radiation?

Radiation is electromagnetic energy and/or kinetic energy.


Conduction convection and radiation are describing what process?

In simple terms, conduction, convection and radiation describe the three modes involved in the transformation of heat energy from one place to another.


Why is not completely accurate to describe the energy coming from sun as visible radiation?

beause you cant see certain gamma rays