What is the wavelength of the light in the interposed material?

In summary, the conversation discusses the use of a Michelson interferometer in a vacuum with monochromatic light of wavelength 589 nm. The setup includes equal distances between the moving mirror and the beam splitter and the fixed mirror and the beam splitter. A parallel-sided object with a length of 1.2 cm and a refractive index of 1.4900 is introduced between the fixed mirror and the beam splitter. The question is asked about the change in optical path length of the fixed arm resulting from this setup. The conversation also mentions the search for an appropriate equation to use, with a mention of the relationship between wavelength and frequency.
  • #1
RWalker1987
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0

Homework Statement


A Michelson interferometer is operated in a vacuum, using monochromatic
light of wavelength 589 nm. The interferometer is set up so that the distances
between the moving mirror and the beam splitter and the fixed mirror and the
beam splitter are equal. A parallel-sided object 1.2 cm in length and refractive
index 1.4900 is then placed between the fixed mirror and the beam splitter.

What is the change in the optical path length of the fixed arm that results?

Homework Equations



this is were I'm stuck, I don't know what equation to use, I have looked all over for an equation, but most use frequency

The Attempt at a Solution

 
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  • #2
What is the relationship between wavelength and frequency? ;0)
 

Related to What is the wavelength of the light in the interposed material?

What is the wavelength of the light in the interposed material?

The wavelength of light in an interposed material depends on the specific material and the wavelength of the incident light. It can range from the same wavelength as the incident light to a significantly shorter or longer wavelength due to interactions with the material.

How does the wavelength of light change when it passes through different materials?

The wavelength of light can change when it passes through different materials due to interactions with the material's atoms and molecules. This can result in absorption, scattering, or refraction of the light, causing a change in the wavelength.

Why is the wavelength of light important in understanding the properties of a material?

The wavelength of light is important in understanding the properties of a material because it can provide information about its molecular structure, composition, and optical properties. Different wavelengths of light interact with materials in different ways, allowing scientists to study and characterize them.

Can the wavelength of light be measured in all materials?

The wavelength of light can be measured in most materials, but some materials, such as highly opaque or dense materials, may not allow light to pass through for measurement. In these cases, other methods such as X-ray diffraction may be used to determine the material's properties.

How can the wavelength of light be controlled in materials?

The wavelength of light in materials can be controlled through various means, such as changing the temperature, pressure, or composition of the material. Additionally, using specialized materials or structures, such as photonic crystals, can manipulate the wavelength of light in a controlled manner for specific applications.

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