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CBSE 12th Physics Paper 2020: Download PDF, Check Updates & Watch Live Video!

CBSE 2020: Download original question paper of CBSE 12th Physics Board Exam 2020 (conducted on 2nd March). Besides CBSE 12th question paper, other important updates related to the ongoing CBSE Board Exam 2020 are also available here.

Mar 3, 2020 10:38 IST
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CBSE 2020
CBSE 2020

CBSE 2020: Download the original CBSE 12th Physics question paper 2020 (conducted on 2nd March) & learn important updates about CBSE Class 12 Physics board exam 2020. Team Jagran Josh has visited some CBSE examination centres in New Delhi & collected review & feedback from students who took this exam on 2nd March 2020. CBSE 12th Physics Board Exam 2020 (042) was conducted from 10:30 AM to 01:30 PM on 2nd March. We have also collected the original CBSE Class 12 Physics Question Paper 2020 and provided the PDF for download. Link to download CBSE 12th Physics paper is given at the end of this article. Students who want to check CBSE 12th Physics Paper review can watch a video from the link given below.

CBSE Board Exam 2020: Check Passing Marks in Physics & Other Subjects!

CBSE 12th Physics Board Exam 2020: Paper Analysis, Review, Passing Marks & Latest Updates - Watch Live Video!

CBSE 12th Physics Paper 2020: Tricky & Time-Consuming Questions From Today’s Paper (According To The Students)

A snapshot from CBSE 12th Physics Question Paper 2020

CBSE 12th Physics Paper 2020: Download PDF

Content from CBSE Class 12 Physics Paper 2020

General Instructions:

Read the following instructions very carefully and strictly follow them :
(i) This question paper comprises four sections - A, B, C and D. 
(ii) There are 37 questions in the question paper. All questions are
compulsory. 
(iii) Section A: Q. no. 1 to 20 are very short answer type questions carrying 1 mark each. 
(iv) Section B: Q. no. 27 to 27 are short-answer type questions carrying 2 marks each. 
(v) Section C: Q. no. 28 to 34 are long-answer type questions carrying 3 marks each.
(vi) Section D:Q. no. 35 to 37 are also long answer type questions carrying 5 marks each.
(vii) There is no overall choice in the question paper. However, an internal choice has been provided in two questions of one mark, two questions of two marks, one question of three marks and all the three questions of five marks. You have to attempt only one of the choices in such
questions. 
(viii) However, separate instructions are given with each section and
question, wherever necessary. 
(ix) Use of calculators and log tables is not permitted. 
(x) You may use the following values of physical constants wherever
necessary.

c = 3 x 108 m

= 6.63 x 10 ‒ 34 Js

e = 1.6 x 10 ‒19 C

mo = 4π × 10 ‒7 T m A ‒ 1

ϵo = 8.85 × 10 ‒ 12 C2 N ‒1 m‒1

1/(4πϵo) = 9 × 109 Nm2 C‒ 2

me = 9.1 × 10 ‒ 31  kg

mass of neutron = 1.675 x 10 ‒27 kg

mass of proton = 1.673 x 10 ‒27 kg

Avogadro’s number = 6.023 x 1023 per gram mole

Boltzmann constant = 1.38 x 10 ‒23 JK‒1

Note: Select the most appropriate option from those given below each question.

1. A biconcave lens of power P vertically splits into two identical plano concave parts. The power of each part will be 

(a) 2P 

(b) P/2 

(c) P

(d) P/√2

2. The power factor of a series LCR circuit at resonance will be

(a) 1/2 

(b) ½

(c) 0 

(d) 1/√2

3. If photons of frequency v are incident on the surfaces of metals. A & B of threshold frequencies v/2 and v/3 respectively, the ratio of the maximum kinetic energy of electrons emitted from A to that from B is 

(a) 2:3 

(d)1:3

(c) 3:4

(b) √3:√2

4. The electric flux through a closed Gaussian surface depends upon 

(a) Net charge enclosed and permittivity of the medium 

(b) Net charge enclosed, permittivity of the medium and the size of the Gaussian surface 

(c) Net charge enclosed only 

(d) Permittivity of the medium only

5. A charge particle after being accelerated through a potential difference 'V' enters in a uniform magnetic field and moves in a circle of radius r. If V is doubled, the radius of the circle will become 

(a) 2r 

(c) 4r 

(c) √2r 

(d) r/√2

6. The wavelength and intensity of light emitted by a LED depend upon 

(a) forward bias and energy gap of the semiconductor 

(b) energy gap of the semiconductor and reverse bias 

(c) energy gap only

(d) forward bias only

7. The graph showing the correct variation of linear momentum (p) of a charge particles with its de-Broglie wavelength (λ) is

CBSE 12th Physics Question Paper 2020: Q 7

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Download CBSE 12th Physics Paper 2020 in PDF format 

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