White light is incident on the interface of glass and air as shown in the figure. If green light is just totally internally reflected then the emerging ray in air contains :

Question

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Answer 1

All the wavelengths below green's wavelength will either undergo total internal reflection or get absorbed by the material. Hence only the wavelengths higher that green wavelength will emerge out. i.e., yellow, orange and red.

Answer 2

All the wavelengths below green's wavelength will either undergo total internal reflection or get absorbed by the material. Hence only the wavelengths higher that green wavelength will emerge out. i.e., yellow, orange and red.

White light is incident on the interface of glass and air as shown in the figure. If green light is just totally internally reflected then the emerging ray in air contains :

yellow, orange, red

violet, indigo, blue

all colours

all colours except green

All the wavelengths below green's wavelength will either undergo total internal reflection or get absorbed by the material. Hence only the wavelengths higher that green wavelength will emerge out. i.e., yellow, orange and red.

A ray is incident from outside on a glass sphere surrounded by air as shown in fig. This ray may suffer total internal reflection at the second interface.

For a ray going from a denser to rarer medium, the ray may suffer total internal reflection.

A light ray moving in medium - I (of refractive index $n_{1}$ ) is incident on interface of two media and it is totally internally reflected at the interface. Now, refractive index $n_{2}$ of medium - II is decreased, then:

Total internal reflection takes place when light is incident

A beam of white light is incident on glass air interface from glass to air such that green light just suffers total internet reflection. The colors of the light which will come out to air are

A light ray travelling in glass medium is incident on glass-air interface at an angle of incidence $θ .$ The reflected $(R)$ and transmitted $(T)$ intensities, both as function of $θ$ are plotted. The correct sketch is:

White light is incident on the interface of glass and air as shown in the figure. If green light is just totally internally reflected then the emerging ray in air contains :

yellow, orange, red

violet, indigo, blue

all colours

all colours except green

All the wavelengths below green's wavelength will either undergo total internal reflection or get absorbed by the material. Hence only the wavelengths higher that green wavelength will emerge out. i.e., yellow, orange and red.

A ray is incident from outside on a glass sphere surrounded by air as shown in fig. This ray may suffer total internal reflection at the second interface.

For a ray going from a denser to rarer medium, the ray may suffer total internal reflection.

A light ray moving in medium - I (of refractive index n1​) is incident on interface of two media and it is totally internally reflected at the interface. Now, refractive index n2​ of medium - II is decreased, then:

Total internal reflection takes place when light is incident

A beam of white light is incident on glass air interface from glass to air such that green light just suffers total internet reflection. The colors of the light which will come out to air are

A light ray travelling in glass medium is incident on glass-air interface at an angle of incidence θ. The reflected (R) and transmitted (T) intensities, both as function of θ are plotted. The correct sketch is:

A light ray moving in medium - I (of refractive index $n_{1}$ ) is incident on interface of two media and it is totally internally reflected at the interface. Now, refractive index $n_{2}$ of medium - II is decreased, then:

A light ray travelling in glass medium is incident on glass-air interface at an angle of incidence $θ .$ The reflected $(R)$ and transmitted $(T)$ intensities, both as function of $θ$ are plotted. The correct sketch is: