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∙ 12y agoNo, an object cannot be a good absorber and a good reflector at the same time. When an object absorbs light well, it does not reflect much of it, and vice versa. The ability of an object to absorb or reflect light depends on its properties and the material it is made of.
No, an object cannot be a good absorber and a good reflector at the same time. The properties of absorption and reflection are usually inversely related in materials – a good absorber tends to be a poor reflector and vice versa. This is because the absorbed light energy is converted into heat in good absorbers, whereas reflected light energy is not absorbed.
Not necessarily. An object can be a good reflector of radiation but a poor emitter of radiation. Reflectivity and emissivity are independent properties of materials. Just because a material reflects radiation well does not mean that it will also emit radiation well.
Marble is neither a good radiator reflector nor a good absorber. It has poor thermal conductivity and will not efficiently reflect or absorb heat. Materials with higher thermal conductivity, such as metals, are better suited for these purposes.
An object that is a good radiator of electromagnetic waves is also a good source of energy (heat,light ...)
Not necessarily. An object can be a good emitter of heat without being a good reflector of heat. The ability to emit and reflect heat depends on different properties of the material, such as surface texture and composition.
No, an object cannot be a good absorber and a good reflector at the same time. The properties of absorption and reflection are usually inversely related in materials – a good absorber tends to be a poor reflector and vice versa. This is because the absorbed light energy is converted into heat in good absorbers, whereas reflected light energy is not absorbed.
A poor reflector of heat is likely to be a good absorber because it is less effective at reflecting incoming heat energy away, leading to more of the heat being absorbed by the material. This means that the material can absorb more heat energy rather than reflecting it, making it a good absorber of heat.
Not necessarily. An object can be a good reflector of radiation but a poor emitter of radiation. Reflectivity and emissivity are independent properties of materials. Just because a material reflects radiation well does not mean that it will also emit radiation well.
An object is a good emitter of radiation if it has a high temperature. The higher the temperature of an object, the more thermal radiation it emits.
Marble is neither a good radiator reflector nor a good absorber. It has poor thermal conductivity and will not efficiently reflect or absorb heat. Materials with higher thermal conductivity, such as metals, are better suited for these purposes.
Any object that can specifically absorb and emit radiation (in the form of, say, infrared radiation), is called a selective absorbers. An example is: Snow. It is a good absorber of infrared radiation but poor absorber of sunligh. Object that selectively absorb radiation at some wavelength tend to radiate radiation at that same wavelength. CO2 and water vapors are both very good absorber of infrared radiation but at the same time poor absorber of different forms of solar radiation that are visible to us.
An object that is a good radiator of electromagnetic waves is also a good source of energy (heat,light ...)
An object that is a good absorber of radiation is classified as a good emitter of radiation. It is known as a black body radiator, which absorbs and emits radiation efficiently across a wide range of wavelengths.
Not necessarily. An object can be a good emitter of heat without being a good reflector of heat. The ability to emit and reflect heat depends on different properties of the material, such as surface texture and composition.
Yes it is a good absorber. There are many reasons why it is a good absorber. One of the reasons is because it is very porous.
it absorbs moisture which may be caused by heat it may also be a good absorber for dirt and dust
the moon , frosted glass, aluminium