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Ultraviolet light can pass through glass, but the amount and type of UV (eg UVA, UVB etc) transmitted depends on the type and thickness of the glass, any coatings and laminates.
absorbed
absorbed
It absorbed by the exosphere
Typically, the IR energy is absorbed by the glass as heat.
Ultraviolet light.
Glass does not block ultraviolet light. You get a sunburn by exposure to excessive ultraviolet light.
Ultraviolet and Infrared.
Ultraviolet is too high frequency to enter glass and infrared is too low.
Ultraviolet light can pass through glass, but the amount and type of UV (eg UVA, UVB etc) transmitted depends on the type and thickness of the glass, any coatings and laminates.
absorbed
absorbed
absorbed
Because some rays are reflected or absorbed by the material.
It absorbed by the exosphere
In short, your initial assumptions are flawed. Every different chemical compound will allow light of some wavelengths to pass through, and will absorb some other wavelengths. In the case of glass and many acrylic polymers, they both appear to be clear because most of the light in the visible spectrum passes through. It is not generally true that glass allows infrared light to pass through, nor is it generally true that acrylic polymers will allow ultraviolet light to pass through. The infrared light absorbed by both acrylic and glass heats up the material by causing bending, stretching, and twisting of mmolecular bonds. The ultraviolet light absorbed by these materials generally causes ionization.
In short, your initial assumptions are flawed. Every different chemical compound will allow light of some wavelengths to pass through, and will absorb some other wavelengths. In the case of glass and many acrylic polymers, they both appear to be clear because most of the light in the visible spectrum passes through. It is not generally true that glass allows infrared light to pass through, nor is it generally true that acrylic polymers will allow ultraviolet light to pass through. The infrared light absorbed by both acrylic and glass heats up the material by causing bending, stretching, and twisting of mmolecular bonds. The ultraviolet light absorbed by these materials generally causes ionization.