Refer to BITSAT Physics Wave Optics MCQs provided below available for download in Pdf. The MCQ Questions for Full Syllabus Physics with answers are aligned as per the latest syllabus and exam pattern suggested by BITSAT, NCERT and KVS. Multiple Choice Questions for Wave Optics are an important part of exams for Full Syllabus Physics and if practiced properly can help you to improve your understanding and get higher marks. Refer to more Chapter-wise MCQs for BITSAT Full Syllabus Physics and also download more latest study material for all subjects
MCQ for Full Syllabus Physics Wave Optics
Full Syllabus Physics students should refer to the following multiple-choice questions with answers for Wave Optics in Full Syllabus.
Wave Optics MCQ Questions Full Syllabus Physics with Answers
Question: A telescope has an objective lens of 10 cm diameter and is situated at a distance of one kilometer from two objects. The minimum distance between these two objects, which can be resolved by the telescope, when the mean wavelength of light is 5000 Å, is of the order of
- a) 5 cm
- b) 0.5 m
- c) 5 m
- d) 5 mm
Answer: 5 mm
Question: There are two sources kept at distances 2 λ. A large screen is perpendicular to line joining the sources. Number of maximas on the screen in this case is (λ = wavelength of light)
- a) 1
- b) 3
- c) 5
- d) 7
Answer: 3
Question: In the Young’s double-slit experiment, the intensity of light at a point on the screen where the path difference is λ is K, (λ being the wave length of light used). The intensity at a point where the path difference is l/4, will be :[
- a) K
- b) K/4
- c) K/2
- d) Zero
Answer: K/2
Question: A ray of light of intensity I is incident on a parallel glass slab at point A as shown in diagram. It undergoes partial reflection and refraction. At each reflection, 25% of incident energy is reflected. The rays AB and A'B' undergo interference. The ratio of Imax and Imin is :
- a) 49 : 1
- b) 7 : 1
- c) 4 : 1
- d) 8 : 1
Answer: 49 : 1
Question: Calculate the wavelength of light used in an interference experiment from the following data : Fringe width = 0.03 cm. Distance between the slits and eyepiece through which the interference pattern is observed is 1m. Distance between the images of the virtual source when a convex lens of focal length 16 cm is used at a distance of 80 cm from the eyepiece is 0.8 cm.
- a) 0.0006 Å
- b) 0.0006 m
- c) 600 cm
- d) 6000 Å
Answer: 6000 Å
Question: In a YDSE, the light of wavelength l = 5000 Å is used, which emerges in phase from two slits a distance d = 3 × 10–7m apart. A transparent sheet of thickness t = 1.5 × 10–7m refractive index μ = 1.17 is placed over one of the slits. what is the new angular position of the central maxima of the interference pattern, from the centre of the screen? Find the value of y.
- a)
- b)
- c)
- d)
Answer:
Question: A parallel beam of monochromatic light is incident on a narrow rectangular slit of width 1mm. When the diffraction pattern is seen on a screen placed at a distance of 2m. the width of principal maxima is found to be 2.5 mm. The wave length of light is-
- a) 6250 Å
- b) 6200 Å
- c) 5890 Å
- d) 6000 Å
Answer: 6250 Å
Question: In Young's double slit experiment 10th order maximum is obtained at the point of observation in the interference pattern for λ = 7000 Å. If the source is replaced by another one of wavelength 5000 Å then the order of maximum at the same point will be –
- a) 12 th
- b) 14 th
- c) 16 th
- d) 18 th
Answer: 14 th
Question: Young’s double slit experiment is carried out by using green, red and blue light, one color at a time. The fringe widths recorded are βG, βR and βB, respectively. Then
- a) βG > βB > βR
- b) βB > βG > βR
- c) βR > βB > βG
- d) βR > βG > βB
Answer: βR > βG > βB
Question: A single slit diffraction pattern is obtained using a beam of red light. If the red light is replaced by the blue light, then the diffraction pattern
- a) Remains unchanged
- b) Becomes narrower
- c) Becomes broader
- d) Will disappear
Answer: Becomes narrower
Question: In a Young’s double slit experiment the angular width of a fringe formed on a distant screen is 1°. The wavelength fo the light used is 6280 Å. What is the distance between the two coherent sources ?
- a) 0.036 mm
- b) 0.12 mm
- c) 6 mm
- d) 4 mm
Answer: 0.036 mm
Question: If the distance between the first maximum and fifth minimum of a double slit pattern is 7mm and the slits are separated by 0.15 mm with the screen 50 cm. from the slits, then find the wavelength of the light used.
- a) 200 mm
- b) 100 mm
- c) 800 mm
- d) 600 mm
Answer: 600 mm
Question: The diameter of the objective of a telescope is a, its magnifying power is m and wavelength of light is λ, The resolving power of the telescope is:
- a) (1.22λ)/ a
- b) (1.22 a)/ λ
- c) λm / (1.22 a)
- d) a /(1.22 λ
Answer: a /(1.22 λ
Question: When a mica sheet of thickness 7 microns and m = 1.6 is placed in the path of one of interfering beams in the biprism experiment then the central fringe gets at the position of seventh bright fringe. The wavelength of light used will be
- a) 4000 Å
- b) 5000 Å
- c) 6000 Å
- d) 7000 Å
Answer: 6000 Å
Question: In Young's double slit experiment, if the slit widths are in the ratio 1 : 2, the ratio of the intensities at minimum and maximum will be
- a) 1 : 2
- b) 1 : 3
- c) 1 : 4
- d) 1 : 9
Answer: 1 : 9
Question: When the angle of incidence is 60° on the surface of a glass slab, it is found that the reflected ray is completely polarised. The velocity of light in glass is
- a) √2 ×108ms-1
- b) √3 ×108ms-1
- c) 2 ×108ms-1
- d) 3×108ms-1
Answer: √3 ×108ms-1
Question: In a Young's experiment, the separation between the slits is 0.10mm, the wavelength of light used is 600nm and the interference pattern is observed on a screen 1.0 m away. Find the separation between the successive bright fringes
- a) 6.6 mm
- b) 6.0 mm
- c) 6 m
- d) 6 cm
Answer: 6.0 mm
Question: The two coherent sources of intensity that ratio 2 : 8 produce an interference pattern. The values of maximum and minimum intensities will be respectively. Where I1 is the intensity of first source
- a) I1 and 9 I1
- b) 9I1 and I1
- c) 2I1 and 8I1
- d) 8I1 and 2I1
Answer: 9I1 and I1
Question: The first diffraction minima due to a single slit diffraction is at θ =30° for a light of wavelength 5000 Å. The width of the slit is –
- a) 5 × 10–5 cm.
- b) 10 × 10–5 cm.
- c) 2.5 × 10–5 cm.
- d) 1.25 × 105 cm
Answer: 10 × 10–5 cm.
Question: The numerical aperture of a microscope is 0.12, and the wavelength of light used is 600 nm. Then its limit of resolution will be nearly –
- a) 0.3 μm
- b) 1.2 μm
- c) 2.3 μm
- d) 3.0 μm
Answer: 3.0 μm
MCQs for Wave Optics Physics Full Syllabus
Expert teachers of studiestoday have referred to NCERT book for Full Syllabus Physics to develop the Physics Full Syllabus MCQs. If you download MCQs with answers for the above chapter you will get higher and better marks in Full Syllabus test and exams in the current year as you will be able to have stronger understanding of all concepts. Daily Multiple Choice Questions practice of Physics will help students to have stronger understanding of all concepts and also make them expert on all critical topics. After solving the questions given in the MCQs which have been developed as per latest books also refer to the NCERT solutions for Full Syllabus Physics. We have also provided lot of MCQ questions for Full Syllabus Physics so that you can solve questions relating to all topics given in each chapter. After solving these you should also refer to Full Syllabus Physics MCQ Test for the same chapter.
You can download the BITSAT MCQs for Full Syllabus Physics Wave Optics for latest session from StudiesToday.com
Yes, the MCQs issued by BITSAT for Full Syllabus Physics Wave Optics have been made available here for latest academic session
You can find BITSAT Full Syllabus Physics Wave Optics MCQs on educational websites like studiestoday.com, online tutoring platforms, and in sample question papers provided on this website.
To prepare for Wave Optics MCQs, refer to the concepts links provided by our teachers and download sample papers for free.
Yes, there are many online resources that we have provided on studiestoday.com available such as practice worksheets, question papers, and online tests for learning MCQs for Full Syllabus Physics Wave Optics