NEET Physics Diffraction Polarisation of Light and Resolving Power MCQs

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MCQ for Full Syllabus Physics Diffraction Polarisation of Light and Resolving Power

Full Syllabus Physics students should review the 50 questions and answers to strengthen understanding of core concepts in Diffraction Polarisation of Light and Resolving Power

Diffraction Polarisation of Light and Resolving Power MCQ Questions Full Syllabus Physics with Answers

Question: If the width of the slit in single slit diffraction experiment is doubled, then the central maximum of diffraction pattern becomes

a) sharper and brighter

b) broader adn fainter

c) broader and brighter

d) sharper and fainter

Answer: sharper and brighter

 

Question: When monochromatic light is replaced by white light in Fresnel’s biprism arrangement, the central fringe is

a) white

b) None of these

c) coloured

d) dark

Answer: white

 

Question: Light transmitted by nicol prism is

a) plane polarised

b) elliptically polarised

c) circularly polarised

d) unpolarised

Answer: plane polarised

 

Question: Optically active substances are those substances which

a) rotate the plane of polarisation of polarised light

b) produces double refraction

c) produces polarised light

d) converts a plane polarised light into circularly polarised light.

Answer: rotate the plane of polarisation of polarised light

 

Question: The condition for observing Fraunhoffer diffraction from a single slit is that the light wavefront incident on the slit should be

a) plane

b) spherical

c) cylindrical

d) elliptical

Answer: plane

 

Question: When ordinary light is made incident on a quarter wave plate, the emergent light is

a) elliptically polarised

b) circulary polarised

c) unpolarised

d) linearly polarised

Answer: elliptically polarised

 

Question: In the propagation of light waves, the angle between the plane of vibration and plane of polarisaiton is

a) 90º

b) 45º

c) 80º

d) None of these

Answer: 90º

 

More Questions.....................................................

 

Question: The phenomenon of diffraction can be treated as interference phenomenon if the number of coherent sources is

a) infinity

b) zero

c) two

d) one

Answer: infinity

 

Question: From Brewster’s law of polarisation, it follows that the anlge of polarisaiton depends upon

a) the wavelength of light

b) plane of polarisation’s orientation

c) plane of vibration’s orientation

d) None of these

Answer: the wavelength of light

 

Question: The angle of incidence at which reflected light is totally polarized for reflection from air to glass (refractive index n), is

a) tan–1(n)

b) sin–1(1/n)

c) Both

d) None of these

Answer: tan–1(n)

 

Question: The diffraction effects in a microscopic specimen become important when the separation between two points is

a) comparable to the wavelength of light used

b) independent of the wavelength of light used.

c) much less than the wavelength of light used.

d) much greater than the wavelength of light used

Answer:  comparable to the wavelength of light used

 

Question: When unpolarised light is incident on a plane glass plate at Brewster’s angle, then which of the following statements is correct?

a) Reflected light is plane polarised but transmitted light is partially polarised

b) Reflected light is partially polarised but refracted light is plane polarised

c) Reflected and refracted rays are completely polarised with their planes of polarization perpendicular to each other

d) None of these

Answer: Reflected light is plane polarised but transmitted light is partially polarised

 

Question: The angle substanded by the first diffraction minimum for a point source viewed in the hydrogen line at 1420 MHz with a radio telescope having an aperture of 25 m is

a) 1.2°

b) 2.2°

c) 0.64°

d) 0.8°

Answer: 1.2°

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MCQs for Diffraction Polarisation of Light and Resolving Power Physics Full Syllabus

Students can use these MCQs for Diffraction Polarisation of Light and Resolving Power to quickly test their knowledge of the chapter. These multiple-choice questions have been designed as per the latest syllabus for Full Syllabus Physics released by NEET. Our expert teachers suggest that you should practice daily and solving these objective questions of Diffraction Polarisation of Light and Resolving Power to understand the important concepts and better marks in your school tests.

Diffraction Polarisation of Light and Resolving Power NCERT Based Objective Questions

Our expert teachers have designed these Physics MCQs based on the official NCERT book for Full Syllabus. We have identified all questions from the most important topics that are always asked in exams. After solving these, please compare your choices with our provided answers. For better understanding of Diffraction Polarisation of Light and Resolving Power, you should also refer to our NCERT solutions for Full Syllabus Physics created by our team.

Online Practice and Revision for Diffraction Polarisation of Light and Resolving Power Physics

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Are Assertion-Reasoning and Case-Study MCQs included in the Physics Full Syllabus material?

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