Physics Annual Practice Paper for Class XI covers essential topics and concepts aligned with the 2025-26 curriculum. This comprehensive resource includes multiple-choice questions, assertion-reasoning questions, and case study-based questions to enhance understanding and exam preparation. It is designed for students aiming to excel in their physics studies and prepare effectively for their examinations. The paper emphasizes key physics principles and problem-solving techniques, making it an invaluable tool for academic success.

Key Points

  • Includes 33 questions across various formats, including MCQs and case studies.
  • Covers significant physics concepts relevant to Class XI curriculum.
  • Emphasizes problem-solving techniques and critical thinking skills.
  • Designed for effective exam preparation and understanding of physics principles.
Jaya Tiwari
9 pages
Language:English
Type:Practice Test
Exams
Jaya Tiwari
9 pages
Language:English
Type:Practice Test
Exams
390
/ 9
1
DIRECTORATE OF EDUCATION, GNCT OF DELHI
ANNUAL PRACTICE PAPER
(SESSION: 2025-26)
CLASS: XI SUBJECT: PHYSICS (042)
Time Allowed: 3 hours Maximum Marks: 70
General Instructions
1. There are 33 questions in all. All questions are compulsory.
2. This question paper has five sections: Section A, Section B, Section C, Section D and
Section E.
3. All the sections are compulsory.
4. Section A contains sixteen questions, twelve MCQ and four assertion reasoning
based of 1 mark each, Section B contains five questions of two marks each, Section C
contains seven questions of three marks each, Section D contains two case study-
based questions of four marks each and Section E contains three long answer
questions of five marks each.
5. There is no overall choice. However, an internal choice has been provided in two
questions in Section B, one question in Section C and all three questions in Section
E. You have to attempt only one of the choices in such questions.
6. Use of calculators is not allowed. You may use the following values of physical constants
where ever necessary
7. You may use the following values of physical constants wherever necessary.
i. Acceleration due to gravity g=9.8m/s
2
ii. Universal Gravitational constant G=6.67x10
-11
Nm
2
/Kg
2
iii. Avogadro Number N
A
=6.022x10
23
/Mol
iv. Universal Gas Constant R=8.314 J Mol
-1
K
-1
v. Stefan Boltzmann constant 

W m
-2
K
-4
vi. Wien’s constant b = 2.898x10
-3
m K
2
SECTION (A) [16X1=16]
Q.N.
QUESTIONS
MARK
1.
Which of the following is NOT a rule for arithmetic operations with
significant figures?
(A) In multiplication or division, the final result should retain as many
significant figures as in the original number with the least significant figures.
(B) In addition, or subtraction, the final result should retain as many decimal
places as in the number with the least decimal places.
(C) In addition, or subtraction, the final result should retain as many
significant figures as in the original number with the least significant figures.
(D) Exact numbers in formulae have an infinite number of significant
figures.
1
2.
Match the type of motion in Column I with the corresponding characteristic
of its x-t graph in Column II.
(A) 1-Q, 2-R, 3-S, 4-P (B) 1-S, 2-P, 3-Q, 4-R
(C) 1-Q, 2-P, 3-S, 4-R (D) 1-R, 2-S, 3-P, 4-Q
1
3.
The horizontal component of a projectile’s velocity, in the absence of air
resistance:
(A) Continuously increases throughout its flight path.
(B) Continuously decreases until it reaches its maximum height.
(C) Remains constant throughout its flight path.
(D) Becomes zero at the peak of its trajectory.
1
3
4.
A bird weights 2 N sitting inside a cage of weight 1 N. If it starts flying then
what is weight of bird and cage assembly?
(A) 1.5 N (B) 3 N (C) 2.5N (D) 4N
1
5.
Which of the following pairs correctly matches a physical concept with its
characteristic?
(A) Inelastic Collision: Kinetic energy is conserved.
(B) Conservative Force: Work done in a closed loop is non-zero.
(C) Power: Unit is Joule.
(D) Work: Can be negative.
1
6.
If the linear momentum is increased by 50%, then kinetic energy will
increase by
(A) 50% (B) 100% (C) 125% (D) 25%
1
7.
One circular ring and one circular disc both having same mass and radius.
The ratio of their moment of inertia about the axis passing through their
centers and perpendicular to their planes will be:
(A) 1 : 1 (B) 2 : 1 (C) 1 : 2 (D) 4 : 1
1
8.
Energy required to move a satellite of mass m from an orbit of radius 2R to
3R is, (M mass of earth):
(A)


(B)


(C)


(D)


1
9.
The stress strain graph for these materials is shown in the figure. (Assume
scale is same for both graph)
(A) Material (ii) is more elastic than material (i) and hence material (ii) is
more brittle.
(B) Material (i) & (ii) have the same elasticity and the same brittleness.
(C)Material (ii) is elastic over the larger region of strain as compared to (i)
(D) Material (ii) is more brittle than material (i)
For VI candidates
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End of Document
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FAQs

What types of questions are included in the Physics Annual Practice Paper?
The Physics Annual Practice Paper includes a variety of question types such as multiple-choice questions (MCQs), assertion-reasoning questions, case study-based questions, and long answer questions. This diverse format helps students engage with the material in different ways and prepares them for various exam scenarios. Each section is designed to test different aspects of physics knowledge and application, ensuring a well-rounded assessment of student understanding.
How is the Physics Annual Practice Paper structured?
The paper is structured into five sections: Section A contains 16 questions, including MCQs and assertion-reasoning questions; Section B includes five two-mark questions; Section C features seven three-mark questions; Section D has two case study-based questions; and Section E consists of three long answer questions. This organization allows students to tackle a range of question types and difficulty levels, facilitating comprehensive exam preparation.
What is the significance of the Physics Annual Practice Paper for Class XI students?
The Physics Annual Practice Paper is significant for Class XI students as it aligns with the curriculum and provides a focused review of essential physics concepts. It serves as a valuable tool for reinforcing learning, identifying areas for improvement, and building confidence before exams. By practicing with this paper, students can enhance their problem-solving skills and better prepare for their physics examinations.
What topics are covered in the Physics Annual Practice Paper?
The Physics Annual Practice Paper covers a wide range of topics relevant to the Class XI syllabus, including mechanics, thermodynamics, waves, and optics. Each question is designed to test students' understanding of these fundamental concepts and their ability to apply them in different scenarios. The comprehensive nature of the paper ensures that students are well-prepared for all aspects of their physics curriculum.
How can students use the Physics Annual Practice Paper to prepare for exams?
Students can use the Physics Annual Practice Paper to prepare for exams by practicing the questions in a timed setting to simulate real exam conditions. This practice helps improve time management skills and reinforces knowledge retention. Additionally, reviewing the answers and understanding the reasoning behind each solution can deepen comprehension and clarify any misconceptions about the material.

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