Absorption

njdnjThe term absorption generally refers to the absorption of light. So when the light hits a surface, it is absorbed or “sucked up” to varying degrees depending on the material, color and frequency. Light loses energy when it penetrates matter – regardless of its form. Only in a pure vacuum does light propagate unhindered. Absorption is therefore the ability of substances to absorb light and thereby neither reflect nor transmit it.    

The term absorption generally refers to the absorption of light. So when the light hits a surface, it is absorbed or “sucked up” to varying degrees depending on the material, color and frequency. Light loses energy when it penetrates matter – regardless of its form. Only in a pure vacuum does light propagate unhindered. Absorption is therefore the The term absorption generally refers to the absorption of light. So when the light hits a surface, it is absorbed or “sucked up” to varying degrees depending on the material, color and frequency. Light loses energy when it penetrates matter – regardless of its form. Only in a pure vacuum does light propagate unhindered. Absorption is therefore the ability of substances to absorb light and thereby neither reflect nor transmit it.    

The term absorption generally refers to the absorption of light. So when the light hits a surface, it is absorbed or “sucked up” to varying degrees depending on the material, color and frequency. Light loses energy when it penetrates matter – regardless of its form. Only in a pure vacuum does light propagate unhindered. Absorption is therefore the ability of substances to absorb light and thereby neither reflect nor transmit it.   

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