Describe the Difference Between Red Light and Blue Light.

Red light has a wavelength of 750 nm and blue light has a wavelength of 500 nm. Find step-by-step Chemistry solutions and your answer to the following textbook question.

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Describe the difference between red light and blue light.

. It is important to know that even though photons are always massless and always move with the speed of light that does. Blue Light Light is made up of particles or small packets known as photons that have different energies. Since there is more energy in higher frequencies theoretically blue light is.

Red light has a wavelength of 500 nm and blue light has a wavelength of 750 nm. Describe the difference between red light and blue light. Red light has a wavelength of 750 nm while blue light has a wavelength of 450 n m.

What determines the color of light. A red light has a wavelength of about 750 and a blue light has a wavelength of about 450. The minute difference between light defined as red or far-red is very important in this reaction.

Grass is green bc the light is predominately green. The red photons just dont have enough energy to do the job but the photons of blue light do. P fr absorbs far-red light 730 nm and is quickly converted back to P r.

The wavelengths of light waves are very very short just a few 1100000ths of an inch. Red light exposure preceding growth under solely blue light was shown to have an inhibitory effect on root lengths regardless of ecotype or etiolation. Different wavelengths means different colors.

Red light has a longer wavelength than blue light. The main difference between Red Light and Blue Light is that Red Light is made up of rays of longer wavelengths whereas the rays of Blue Light are of shorter wavelengths. Efrachclambda As you can see from the equation above different energies means different wavelengths.

First week only 499. This is the same problem as describing the difference of the taste of a berry and a tree fruit to someone who has not tasted either or the different taste of the meat of chicken compared to the taste and texture of lamb. For example red and blue light have different wavelengths.

Red light has longer waves with wavelengths around 620 to 750 nm. View Answer Discussion You must be signed in to discuss. Anything outside of that range will not be visible and you will not actually see a color.

On Lee from approximately 750 to 350 nanometers will be visible light. A couple of different things will determine the color of light that you see. Absorption of red or far-red light causes a massive change to the shape of the chromophore altering the conformation and activity of the phytochrome protein to which it is.

Photons of red light have low energy. Blue light it is like getting your light in half-gallon bottles. For example explain why grass appears green.

Describe the difference between red light and blue light. For removing skin cancer lesions blue light is combined with a topical photosynthesizing drug that when exposed to the blue light reacts with oxygen to kill cancer cells. Answer 1 of 6.

Surprisingly red light did not produce significant phototropistic curvature in roots of either ecotype. Difference between red light and blue light atmospheric refraction optics physicsOur MantraInformation is OpportunityKnowledge is PowerBe Infor. Start your trial now.

The color of the light its absorbing is predominately red. With red light it is like getting your light in quart bottles. Describe the difference between red light and blue light.

Describe the difference between red light and blue light. Answer The wavelength or frequency of light determines its color. Correct answer to the question Describe the difference between red light and blue light.

What determines the color of a colored object. Red light can be produced by only neon and blue light can be produced by various elements. Light of different wavelengths has different colors.

The only difference between the two is the energy they have. When you charge up the phosphorescent surface the individual atoms can only ab-sorb one photon at a time. First of all whether or not you see the light will be determined by which part of the electromagnetic spectrum its in.

How can the color of light be determined. Blue light has shorter waves with wavelengths between about 450 and 495 nanometers. Blue light has a higher frequency and carries more energy than red light.

This means blue light has a higher frequency than red light. To do this in. Redshift and blueshift describe the change in the frequency of a light wave depending on whether an object is moving towards or away from us.

While comparable to red light in that the treatment is pain-free and has minimal side effects blue light can cause redness and swelling post-treatment.

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