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The refractive index of the material of the prism and liquid are 1.56 and 1.32 respectively. What will be the value of $theta$ for the following refraction

$\sin θ \geq \frac{13}{11}$
$\sin θ \geq \frac{11}{13}$
$\sin θ \geq \frac{\sqrt{3}}{2}$
$\sin θ \geq \frac{1}{\sqrt{2}}$

The correct answer is: $sin invisible function application theta greater or equal than fraction numerator 11 over denominator 13 end fraction$

For total internal reflection from surface $B C$

$theta greater or equal than C rightwards double arrow sin invisible function application theta greater or equal than sin invisible function application C$
$rightwards double arrow sin invisible function application theta greater or equal than open parentheses fraction numerator 1 over denominator l rightwards arrow over short leftwards arrow mu subscript g end subscript end fraction close parentheses$
$rightwards double arrow$ $sin invisible function application theta greater or equal than open parentheses fraction numerator mu subscript text Liquid end text end subscript over denominator mu subscript text Prism end text end subscript end fraction close parentheses$
$sin invisible function application theta greater or equal than open parentheses fraction numerator 1.32 over denominator 1.56 end fraction close parentheses rightwards double arrow sin invisible function application theta greater or equal than fraction numerator 11 over denominator 13 end fraction$

An isosceles prism of angle 120° has a refractive index of 1.44. Two parallel monochromatic rays enter the prism parallel to each other in air as shown. The rays emerging from the opposite faces

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If the interatomic spacing in a steel wire is $negative 3 straight A to the power of ring operator straight & straight Y subscript text sact end text end subscript equals 20 cross times 10 to the power of 10 straight N over straight m squared$ the force constant =…..

physics-General

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maths-

$L t subscript x rightwards arrow 0 end subscript invisible function application fraction numerator e to the power of 7 x end exponent minus 1 over denominator 7 x end fraction$

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In the figure rectangle ABCD, what is the probability that a randomly chosen point that in ABCD lies inside the triangle ABE is

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Which one of the following spherical lenses does not exhibit dispersion? The radii of curvature of the surfaces of the lenses are as given in the diagrams

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physics-

Shown in the figure here is a convergent lens placed inside a cell filled with a liquid. The lens has focal length + 20 cm when in air and its material has refractive index 1.50. If the liquid has refractive index 1.60, the focal length of the system is

physics-General

General

physics-

A glass prism $left parenthesis mu$ = 1.5) is dipped in water $left parenthesis mu$ = 4/3) as shown in figure. A light ray is incident normally on the surface AB. It reaches the surface BC after totally reflected, if

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A ray of light is incident at the glass–water interface at an angle i, it emerges finally parallel to the surface of water, then the value of $mu subscript g end subscript$ would be

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The PV diagram shows four different possible paths of a reversible processes performed on a monoatomic ideal gas Path A is isobaric, path B is isothermal, path C is adiabatic and path D is isochoric For which process does the temperature of the gas decrease?

physics-General

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maths-

$L subscript x rightwards arrow 0 end subscript fraction numerator 3 to the power of t end exponent minus 1 over denominator square root of 1 plus x end root minus 1 end fraction$

maths-General

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physics-

A copper wire of length 4 m and area of cross-section 1.2 cm² is stretched with a force of $8 cross times 10 cubed straight N$ If young's modulus for copper is $1.2 cross times 10 to the power of 11 straight N over straight m squared$ What will be the length increase of the wire?

physics-General

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$Lt subscript y not stretchy rightwards arrow 0 end subscript space fraction numerator sin begin display style space end style left parenthesis a plus b x right parenthesis minus sin space left parenthesis a minus b x right parenthesis over denominator x end fraction$

We can only apply the L’Hospital’s rule if the direct substitution returns an indeterminate form, that means $0 over 0 space o r space fraction numerator plus-or-minus infinity over denominator plus-or-minus infinity end fraction.$

$Lt subscript y not stretchy rightwards arrow 0 end subscript space fraction numerator sin begin display style space end style left parenthesis a plus b x right parenthesis minus sin space left parenthesis a minus b x right parenthesis over denominator x end fraction$

Maths-General

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physics-

What will be the nature of change in internal energy in case of processes shown below?

physics-General

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$Lt subscript x plus x over 2 end subscript space fraction numerator cos begin display style space end style x over denominator x minus pi over 2 end fraction$

maths-General

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Young's modulus of rubber is $10 to the power of 4 straight N over straight m squared$ and area of cross section is 2 cm² if force of $2 cross times 10 to the power of 5$ dyne is applied along its length then its initial length L becomes….

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The refractive index of the material of the prism and liquid are 1.56 and 1.32 respectively. What will be the value of for the following refraction

The correct answer is:

For total internal reflection from surface

Related Questions to study

An isosceles prism of angle 120° has a refractive index of 1.44. Two parallel monochromatic rays enter the prism parallel to each other in air as shown. The rays emerging from the opposite faces

An isosceles prism of angle 120° has a refractive index of 1.44. Two parallel monochromatic rays enter the prism parallel to each other in air as shown. The rays emerging from the opposite faces

If the interatomic spacing in a steel wire is the force constant =…..

If the interatomic spacing in a steel wire is the force constant =…..

In the figure rectangle ABCD, what is the probability that a randomly chosen point that in ABCD lies inside the triangle ABE is

In the figure rectangle ABCD, what is the probability that a randomly chosen point that in ABCD lies inside the triangle ABE is

Which one of the following spherical lenses does not exhibit dispersion? The radii of curvature of the surfaces of the lenses are as given in the diagrams

Which one of the following spherical lenses does not exhibit dispersion? The radii of curvature of the surfaces of the lenses are as given in the diagrams

Shown in the figure here is a convergent lens placed inside a cell filled with a liquid. The lens has focal length + 20 cm when in air and its material has refractive index 1.50. If the liquid has refractive index 1.60, the focal length of the system is

Shown in the figure here is a convergent lens placed inside a cell filled with a liquid. The lens has focal length + 20 cm when in air and its material has refractive index 1.50. If the liquid has refractive index 1.60, the focal length of the system is

A glass prism = 1.5) is dipped in water = 4/3) as shown in figure. A light ray is incident normally on the surface AB. It reaches the surface BC after totally reflected, if

A glass prism = 1.5) is dipped in water = 4/3) as shown in figure. A light ray is incident normally on the surface AB. It reaches the surface BC after totally reflected, if

A ray of light is incident at the glass–water interface at an angle i, it emerges finally parallel to the surface of water, then the value of would be

A ray of light is incident at the glass–water interface at an angle i, it emerges finally parallel to the surface of water, then the value of would be

The PV diagram shows four different possible paths of a reversible processes performed on a monoatomic ideal gas Path A is isobaric, path B is isothermal, path C is adiabatic and path D is isochoric For which process does the temperature of the gas decrease?

The PV diagram shows four different possible paths of a reversible processes performed on a monoatomic ideal gas Path A is isobaric, path B is isothermal, path C is adiabatic and path D is isochoric For which process does the temperature of the gas decrease?

A copper wire of length 4 m and area of cross-section 1.2 cm2 is stretched with a force of If young's modulus for copper is What will be the length increase of the wire?

A copper wire of length 4 m and area of cross-section 1.2 cm2 is stretched with a force of If young's modulus for copper is What will be the length increase of the wire?

What will be the nature of change in internal energy in case of processes shown below?

What will be the nature of change in internal energy in case of processes shown below?

Young's modulus of rubber is and area of cross section is 2 cm2 if force of dyne is applied along its length then its initial length L becomes….

Young's modulus of rubber is and area of cross section is 2 cm2 if force of dyne is applied along its length then its initial length L becomes….

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The refractive index of the material of the prism and liquid are 1.56 and 1.32 respectively. What will be the value of $theta$ for the following refraction

The correct answer is: $sin invisible function application theta greater or equal than fraction numerator 11 over denominator 13 end fraction$

If the interatomic spacing in a steel wire is $negative 3 straight A to the power of ring operator straight & straight Y subscript text sact end text end subscript equals 20 cross times 10 to the power of 10 straight N over straight m squared$ the force constant =…..

If the interatomic spacing in a steel wire is $negative 3 straight A to the power of ring operator straight & straight Y subscript text sact end text end subscript equals 20 cross times 10 to the power of 10 straight N over straight m squared$ the force constant =…..

A glass prism $left parenthesis mu$ = 1.5) is dipped in water $left parenthesis mu$ = 4/3) as shown in figure. A light ray is incident normally on the surface AB. It reaches the surface BC after totally reflected, if

A glass prism $left parenthesis mu$ = 1.5) is dipped in water $left parenthesis mu$ = 4/3) as shown in figure. A light ray is incident normally on the surface AB. It reaches the surface BC after totally reflected, if

A ray of light is incident at the glass–water interface at an angle i, it emerges finally parallel to the surface of water, then the value of $mu subscript g end subscript$ would be

A ray of light is incident at the glass–water interface at an angle i, it emerges finally parallel to the surface of water, then the value of $mu subscript g end subscript$ would be

A copper wire of length 4 m and area of cross-section 1.2 cm² is stretched with a force of $8 cross times 10 cubed straight N$ If young's modulus for copper is $1.2 cross times 10 to the power of 11 straight N over straight m squared$ What will be the length increase of the wire?

A copper wire of length 4 m and area of cross-section 1.2 cm² is stretched with a force of $8 cross times 10 cubed straight N$ If young's modulus for copper is $1.2 cross times 10 to the power of 11 straight N over straight m squared$ What will be the length increase of the wire?

Young's modulus of rubber is $10 to the power of 4 straight N over straight m squared$ and area of cross section is 2 cm² if force of $2 cross times 10 to the power of 5$ dyne is applied along its length then its initial length L becomes….

Young's modulus of rubber is $10 to the power of 4 straight N over straight m squared$ and area of cross section is 2 cm² if force of $2 cross times 10 to the power of 5$ dyne is applied along its length then its initial length L becomes….