Class 12th

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New answer posted

6 months ago

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alok kumar singh

Contributor-Level 10

Kindly go through the solution

 

New answer posted

6 months ago

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Aadit Singh Uppal

Contributor-Level 10

Yes, both coherent and incoherent waves can be seen by the naked eye. However, we cannot detect whether the wave is coherent or incoherent. This is because the incoherent waves have different frequencies which cannot be distinguished by the human eye. We have can only see lights of specific wavelengths as per the human limit.

New answer posted

6 months ago

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alok kumar singh

Contributor-Level 10

Density of nuclei is order of 1017 kg m–3.

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6 months ago

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alok kumar singh

Contributor-Level 10

Kindly go through the solution '

 

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6 months ago

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Aadit Singh Uppal

Contributor-Level 10

Yes, whether a wave is coherent or incoherent depends on its phase difference and frequency. For converting a coherent wave into an incoherent wave, you have to damage the stable phase of the wave. This can be done by making the medium tough or mixing them with incoherent waves.

Similarly, incoherent waves can be converted into coherent waves by making their frequencies same and having all of them into the same phase.

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6 months ago

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alok kumar singh

Contributor-Level 10

Photocell works on photoelectric effect.

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alok kumar singh

Contributor-Level 10

Kindly go through the solution

 

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alok kumar singh

Contributor-Level 10

XC  = 1/ ωC

On increasing w; XC decreases so Z decreases, current in circuit increases.

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Aadit Singh Uppal

Contributor-Level 10

Yes, it strongly depends on the wavelength of the light wave. It is directly proportional to the length i.e. longer the wavelength, more will be the amount of diffraction. Similarly, short wavelength of the light will mean less diffraction comparatively.

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6 months ago

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Aadit Singh Uppal

Contributor-Level 10

Reflection is the concept of bouncing back of light waves when passed through a surface. Whereas, diffraction is a term used when light waves spread in different directions on being passed through an obstacle. Reflection requires a smooth surface whereas diffraction requires the edge of an object.

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