Light, Heat and Ultraviolet Radiation.
Without the Sun's light we will probably see nothing but artificial lightning and the stars.
Without heat the earth will be a few degrees above absolute zero and life on earth would be wiped out.
Tiny amounts of Ultraviolet Radiation is essential for our bodies to make Vitamin D.
Water left in a container outside in the sun heats up due to solar radiation. This can be useful for warm showers, laundry, or general cleaning.
Well, for a start there is the infrared radiation that comes from the sun. This type of radiation is responsible for the heat we feel when exposed to the sun's light, and it keeps the earth warm, which is vital for life. It can also be used to generate electricity with solar panels.The visible light emitted from the sun is also a useful from of radiation. This is extremely important as it is because of this that we can see around us. Virtually all our light comes from the sun. Plants depend upon it for photosynthesis, the main way in which carbon dioxide is removed from the air. The uses of the sun's light are endless.Aside from infrared and visible light, there is also the ultraviolet (UV) radiation that the sun beams towards us. This type of radiation is more of a mixed blessing however. While it does induce the production of vitamin D in our bodies as well as tan the skin (which some consider fashionable) it can also harm the cells that make up our skin and cause mutations in our DNA which can lead to cancer. This can easily be avoided by ensuring that we do not overexpose ourselves to the sun. It is quite common to be a little sunburned if we spend a lot of time in the sun but it is still important to remember that there is always a possible risk of harm from UV. Many people decide to wear sun cream (which absorbs and reflects the UV) to minimise the risks.
The Sun
The Earth emits more infrared radiation than the Sun. The Sun emits mostly visible light and ultraviolet radiation, while the Earth's surface absorbs this energy and reradiates it as infrared radiation due to its lower temperature.
For example a thermometer.
radiant energy is important to us because the sun is emittating radiation to the earth, through space
Water left in a container outside in the sun heats up due to solar radiation. This can be useful for warm showers, laundry, or general cleaning.
The sun does not reflect its radiation into space.
Certainly.
Yes, the sun drying wet on a sidewalk is a form of radiation. The sun emits electromagnetic radiation, including infrared radiation, which can heat and evaporate water on the sidewalk.
Heat transfer from the sun is called radiation. The sun emits electromagnetic radiation in the form of sunlight that carries heat to Earth.
Well, for a start there is the infrared radiation that comes from the sun. This type of radiation is responsible for the heat we feel when exposed to the sun's light, and it keeps the earth warm, which is vital for life. It can also be used to generate electricity with solar panels.The visible light emitted from the sun is also a useful from of radiation. This is extremely important as it is because of this that we can see around us. Virtually all our light comes from the sun. Plants depend upon it for photosynthesis, the main way in which carbon dioxide is removed from the air. The uses of the sun's light are endless.Aside from infrared and visible light, there is also the ultraviolet (UV) radiation that the sun beams towards us. This type of radiation is more of a mixed blessing however. While it does induce the production of vitamin D in our bodies as well as tan the skin (which some consider fashionable) it can also harm the cells that make up our skin and cause mutations in our DNA which can lead to cancer. This can easily be avoided by ensuring that we do not overexpose ourselves to the sun. It is quite common to be a little sunburned if we spend a lot of time in the sun but it is still important to remember that there is always a possible risk of harm from UV. Many people decide to wear sun cream (which absorbs and reflects the UV) to minimise the risks.
It doesn't. The sun's radiation is produced by the sun and the earth has nothing to do with it.
Ultra-violet radiation.
it is the suns radiation
The major direct source of heat in the troposphere is the sun. Solar radiation warms the Earth's surface, which then heats the air above it through conduction, convection, and radiation. This process creates temperature variations that drive weather patterns and atmospheric circulation.
The radiation of sun that is stopped by ozone layer is UV. This radiation can cause cataract and skin cancer.