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color, density, resistance to UV radiation
Mechanical , Optical , and Magnifying
Three types of energy that are collected by telescopes are Light energy, Mechanical energy and Thermal energy.
Telescopes, spectroscopes, space probes.
Deuterium, also known as heavy hydrogen, exhibits three separate properties: Physical properties, quantum properties and nuclear properties (the deuteron).
1) light-gethering power, 2) resolving power, and 3) magnifying power
The three major types are the optical, the infrared, and the radio telescopes. There are other specialized instruments for observing gamma rays, or x-rays, or for doing processes such as interferometry. Among the optical telescopes are the refracting (lens), reflecting (mirror) and compound telescopes (computer-assisted combinations of several smaller telescopes to simulate a much larger one).
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First of all there are 6 and they are.... Fluoresence magnetism Optical properties reactivity And sorry, but that is all i now
They are extremely important because they give us a view of the universe that is betterthan the telescopes on the ground.
The two types are refractor and reflector. In a refracting telescope, the light comes in THROUGH a magnifying LENS where it is REFRACTED (bent) to focus the light into an objective lens. In a reflecting telescope, the light BOUNCES OFF a curved magnifying MIRROR , and then reflected again on a secondary mirror to direct the light into an objective lens. Among the advantages of a reflecting telescope are that in a refracting lens, the thickness of the lens can absorb some of the light, while a mirror reflects all of the light. Additionally, a reflecting telescope can "fold" the telescope into a much more compact instrument, which is essential with especially large devices. A large refracting telescope would be enormously heavy and cumbersome.
color, density, resistance to UV radiation
Mechanical , Optical , and Magnifying
Three types of energy that are collected by telescopes are Light energy, Mechanical energy and Thermal energy.
Ga, Sc and Ge were important to Mendeleev because these three elements have the same physical and chemical properties.
The three properties of color are the spectrum, the chromaticity, and the primary colors
the three basic properties in addition are associative, indentity,and commutative.