The sun gives off two kinds of energy. One is electromagnetic radiation and the other is particulate radiation. Let's look at the two quickly. Nick was here.
Electromagnetic energy is the radio waves, the microwaves, the infrared radiation, the visible light, the ultraviolet light, the X-rays and the gamma rays we can detect from the sun. All of them are electromagnetic, and they range in energy (frequency) from low to high, respectively.
The particulate radiation that the sun gives off makes up the solar wind, and the most of that is composed of energetic protons, or hydrogen nuclei (H+). A bit is also composed of helium nuclei (He++) and a small part is energetic electrons (e-).
The sun's energy is radiated as both electromagnetic and particulate radiation, and you can read more about the sun by using the link below to the Wikipedia article on Sol.
The sun gives off two kinds of energy. One is electromagnetic radiation and the other is particulate radiation. Let's look at the two quickly. Nick was here.
Electromagnetic energy is the radio waves, the microwaves, the infrared radiation, the visible light, the ultraviolet light, the X-rays and the gamma rays we can detect from the sun. All of them are electromagnetic, and they range in energy (frequency) from low to high, respectively.
The particulate radiation that the sun gives off makes up the solar wind, and the most of that is composed of energetic protons, or hydrogen nuclei (H+). A bit is also composed of helium nuclei (He++) and a small part is energetic electrons (e-).
The sun's energy is radiated as both electromagnetic and particulate radiation, and you can read more about the sun by using the link below to the Wikipedia article on Sol.
The sun gives off two kinds of energy. One is electromagnetic radiation and the other is particulate radiation. Let's look at the two quickly. Nick was here.
Electromagnetic energy is the radio waves, the microwaves, the infrared radiation, the visible light, the ultraviolet light, the X-rays and the gamma rays we can detect from the sun. All of them are electromagnetic, and they range in energy (frequency) from low to high, respectively.
The particulate radiation that the sun gives off makes up the solar wind, and the most of that is composed of energetic protons, or hydrogen nuclei (H+). A bit is also composed of helium nuclei (He++) and a small part is energetic electrons (e-).
The sun's energy is radiated as both electromagnetic and particulate radiation, and you can read more about the sun by using the link below to the Wikipedia article on Sol.
nuclear fusion
UVA + UVB
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Solar Energy & Nuclear Fussion.
nuclear fusion
they trap the suns energy and produce sugars
Potential Energy and Kinetic Energy
The Sun's energy comes from the energy released from the fusion of two hydrogen nuclei to form a helium nucleus.
Two Suns was created on 2009-04-03.
Two Suns in the Sunset was created in 1983.
Hi im a fifth grader and my answer is that we use the suns energy to heat water and to heat air in buildings.
Roots to absorb nutrients from the ground and leaves to absorb the suns rays for energy.
Thermal Energy or Infrared Radiation
What polygon? Your asking "what are two names to describe a polygon" but haven't given a polygon...
nuclear fusion