Blue or Red, Which Wavelength is Absorbed First?

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In summary, blue wavelengths have a higher frequency and energy compared to red wavelengths, making them more likely to cause damage. Objects appear different colors because they reflect and absorb different wavelengths of light, with blue objects reflecting blue light and absorbing red light. Generally, blue wavelengths are absorbed first by objects due to their higher energy. The absorption of light wavelengths is affected by various factors such as the composition and structure of the object, as well as the angle and intensity of the light. This absorption also determines the color of objects, as the wavelengths that are reflected back to our eyes determine the color we see.
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MarefromGuam
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Is the color of the first wavelength of light that is absorbed first blue or red?

Mare
 
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When going deeper?

Let's take some random picture from the Bali diving. What color dominates?

http://www.bali-diving-bali.com/Image/dive_bali_diving_dive_Mola_mola_manta7_safari_bali_package.jpg
 
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  • #3
k, this is an interesting question that can have different answers depending on the context. In general, the color of the first wavelength of light that is absorbed first can vary depending on the material or substance being observed. For example, in plants, the first wavelength of light that is absorbed is usually red or blue, as these are the wavelengths of light that are most important for photosynthesis. On the other hand, in a laboratory setting, the color of the first wavelength of light that is absorbed can be controlled by the type of filter or material used. In this case, it is not necessarily a matter of which color is absorbed first, but rather which color is allowed to pass through the filter. So, to answer your question, it is not as simple as saying blue or red is always absorbed first. It depends on the specific situation and the properties of the material being observed.
 

1. What is the difference between blue and red wavelengths?

Blue wavelengths have a shorter wavelength and higher frequency than red wavelengths. This means that blue light appears more energetic and has a higher potential for causing damage.

2. Why do some objects appear blue while others appear red?

Objects appear different colors because they reflect and absorb different wavelengths of light. When an object reflects blue light and absorbs red light, it will appear blue to our eyes. The opposite is true for objects that appear red.

3. Which color wavelength is absorbed first?

In general, blue wavelengths are absorbed first by objects. This is because blue light has a higher energy and is more readily absorbed by molecules in the object.

4. What factors affect the absorption of light wavelengths?

The factors that affect the absorption of light wavelengths include the properties of the object, such as its composition and structure, as well as the angle and intensity of the light hitting the object. The chemical properties of the molecules in the object also play a role in determining which wavelengths are absorbed.

5. How does the absorption of light wavelengths affect the color of objects?

The absorption of light wavelengths affects the color of objects by determining which wavelengths are reflected and which are absorbed. Objects that absorb blue wavelengths will appear blue to our eyes, while objects that absorb red wavelengths will appear red. The colors we see are based on the wavelengths that are reflected back to our eyes.

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