ICSE Class 10 Specimen Papers Physics 2: 2023 PDF Download
This page provides the icse class 10 specimen papers physics 2 download for students preparing for the board exam. You get one Physics specimen paper from the 2023 examination along with guidance on how to use it for revision. The paper follows the official CISCE format for Science Paper 1.
Before downloading, read the exam pattern details and marking guidance below. You can also browse our main ICSE Class 10 hub for other subjects, or find Class 10 textbooks to pair with these papers. For official board updates, check the CISCE website.
Download ICSE Class 10 Physics Sample Papers PDF
These are the 1 sample papers PDFs hosted on icseboard.org for ICSE Class 10 Physics, organised by subject. Each section below explains what those papers cover before the download table.
This group contains the 2023 ICSE Physics specimen paper (Science Paper 1). It is an 80-mark, two-hour exam with a 15-minute reading time, divided into a compulsory Section A and a Section B requiring four questions. The paper tests topics including Force, Work-Energy-Power, Machines, and Refraction of Light through multiple-choice and long-answer questions.
| Paper | Download |
|---|---|
| Specimen Physics Science Paper 1 (2023) | Download PDF |
2023 Physics Specimen Paper Pattern
The 2023 specimen paper is an 80-mark exam with a total time allowance of two hours. The paper provides a separate 15-minute reading time at the start, during which you cannot write answers. You must spend this time reading the questions carefully.
The paper is divided into two sections with different rules:
- Section A is compulsory for all students. It contains Question 1, a multiple-choice section worth 15 marks, followed by other mandatory short-answer questions.
- Section B requires you to attempt any four questions from the choices given. These questions carry longer, multi-part numerical and descriptive problems.
The intended marks for each question or sub-part are printed in brackets [ ] next to the question. This helps you gauge how much detail to write.
Topics Tested in the 2023 Specimen Paper
The multiple-choice questions in the 2023 specimen paper test core concepts from the Class 10 Physics syllabus. The opening questions cover Force, Work, Energy and Power, and Machines. Later sections draw from Refraction of Light at Plane Surfaces and other syllabus chapters.
Here is what the opening questions target:
| Question Topic | Concept Tested | Mark Tag |
|---|---|---|
| Force (Chapter 1) | S.I. unit of moment of force (torque) | [15] (part of MCQ set) |
| Work, Energy and Power (Chapter 2) | Expression for gain in kinetic energy when initial velocity is not zero | [15] (part of MCQ set) |
| Work, Energy and Power (Chapter 2) | Energy conversion in an oscillating pendulum (mean to extreme position) | [15] (part of MCQ set) |
Because the MCQs span multiple chapters in a single 15-mark block, you cannot afford to skip any single topic. A gap in one chapter costs you easy marks right at the start.
Worked Example: Gain in Kinetic Energy
The 2023 specimen asks for the correct expression of gain in kinetic energy when initial velocity is not zero. This is a recurring question type in ICSE Physics. The correct formula is k = \frac{1}{2}m(v^2 – u^2), where m is mass, v is final velocity, and u is initial velocity.
Here is a worked example using this formula:
- Given: A body of mass 2 kg accelerates from an initial velocity of 3 m/s to a final velocity of 7 m/s.
- Formula: k = \frac{1}{2}m(v^2 – u^2)
- Substitute values: k = \frac{1}{2} \times 2 \times (7^2 – 3^2)
- Simplify squares: k = 1 \times (49 – 9)
- Final answer: k = 40 joules.
The key mistake students make here is using \frac{1}{2}mv^2, which only works when the body starts from rest. If initial velocity is not zero, you must subtract u^2 from v^2.
Marking Guidance from the [N] Tags
The specimen paper uses bracketed numbers to show mark allocations. Understanding these tags helps you budget your writing time during the two-hour exam.
- [15] MCQ block: Each correct option carries one mark. There is no partial credit. Read all four options before selecting your answer.
- Short-answer parts (typically 2-3 marks): State the formula, substitute values, and write the final answer with the correct S.I. unit. Missing the unit costs a mark.
- Long-answer parts (typically 4-5 marks): Show every step of the derivation or calculation. Examiners look for the working, not just the final number.
For numerical problems, always write the formula first, then substitute, then solve. This ensures you get method marks even if your final arithmetic is wrong.
How to Use This Specimen Paper for Preparation
Downloading the paper is only the first step. To get real value, you need to simulate exam conditions and review your mistakes.
Follow this sequence for effective preparation:
- First pass (untimed): Attempt the paper with your textbook open. This helps you identify which chapters each question maps to.
- Second pass (timed): Attempt the paper again without any help. Set a timer for two hours and use the first 15 minutes only for reading.
- Review: Check your answers against the marking scheme. Note where you lost marks — was it the formula, the unit, or the calculation?
- Targeted revision: Revisit the chapters where you lost marks. Use the Selina Physics textbook for those specific topics.
Pair this paper with chapter-wise practice from your textbook. The specimen paper shows you the format; the textbook builds the conceptual base you need to answer the questions.
Common Mistakes Students Make with Physics Papers
Students lose marks in ICSE Physics papers for predictable reasons. Knowing these pitfalls helps you avoid them.
- Missing S.I. units: A numerical answer without its unit is incomplete. Always write ‘J’ for joules, ‘Nm’ for moment, and ‘W’ for power.
- Using the wrong kinetic energy formula: When initial velocity is not zero, use \frac{1}{2}m(v^2 – u^2). Do not use \frac{1}{2}mv^2 unless the body starts from rest.
- Skipping the reading time: The 15-minute reading time is not for writing. Use it to plan which Section B questions you will attempt.
- Not showing working: For long-answer questions, writing only the final answer earns fewer marks than showing each step.
Frequently Asked Questions
How many marks is the ICSE Class 10 Physics specimen paper worth?
The 2023 specimen paper is worth 80 marks. It is divided into Section A (compulsory) and Section B (attempt any four questions). The total time allowed for writing answers is two hours, with an additional 15 minutes for reading the paper.
What is the format of Question 1 in the 2023 specimen paper?
Question 1 is a multiple-choice question set worth 15 marks. It covers topics from across the syllabus, including the S.I. unit of moment, kinetic energy formulas, and energy conversion in pendulums. Each sub-question offers four options, and you must choose the correct one.
How should I divide my time between Section A and Section B?
Section A is compulsory and typically carries more weight in shorter questions. Spend roughly 45-50 minutes on Section A. Use the remaining 70-75 minutes for the four Section B questions you choose. The 15-minute reading time helps you decide which Section B questions to attempt before you start writing.
Does this page provide solved answers for the specimen paper?
No. This page provides the downloadable specimen paper and guidance on how to approach it. We explain the paper pattern, topic coverage, and marking scheme, but we do not host a solution set. You should attempt the paper yourself and verify your answers with your teacher or textbook.
More ICSE study material on this site
Reference: CISCE-aligned ICSE Class 10 textbook material.