9._Physics__SSC_2026

Exam Overview

• Subject: Physics (পদাথিব�ান)

• Exam Code: 136

• Exam Year: 2026

• Total Marks: 100

  • Written Portion: 75 (50 for descriptive part + 25 for multiple choice)

  • Practical Portion: 25

Exam Structure and Topics

First Unit: Fundamental Quantities and Measurements

• Understand fundamental and derived units.

• Explain physical quantities and their measurements.

• Familiarize with the measurement of fundamental quantities (magnitude and units).

• Discuss the significance of measurements and units.

• Identify and differentiate between scalar and vector quantities.

• Learn about the importance of units in measurements.

• Measure physical quantities accurately and maintain precision.

• Use basic instruments to find areas, volumes, and lengths.

Topic Breakdown

1. Physical Quantities

   • Discuss physical concepts and definitions.

   • Contribution of civilizations (Indian, Chinese, Islamic) to physics.

2. Measurement

   • Units of measurement and their significance.

3. Derived Quantities

   • Distinct types of derived quantities (mass, volume, etc.).

4. Instruments for Measurement

   • Use of scales and rulers.

5. Practical Applications

   • Measurement of various physical quantities.

Additional Aspects

• Measure and analyze various properties like mass, volume, and density using appropriate methods and instruments.

• Discuss the carbon footprint and sustainability.

Second Unit: Motion and Force

Key Concepts

• Explain the concept of inertia and its relation to Newton's Laws.

• Understand the relationship between force and motion.

• Describe the different types of forces and their effects on moving objects.

• Analyze the dynamics of motion under various conditions.

• Identify and apply Newtons First and Second Laws in practical scenarios.

Topics

1. Force and Motion

   • Examine inertia and how it differs in various contexts.

2. Applying Newton's Laws

   • Use laws of motion to explain practical phenomena.

3. Friction and Forces

   • Analyze various frictional situations in everyday life.

   • Learn methods to reduce friction in practical applications.

Third Unit: Energy and Work

Core Concepts

• Define work, energy, and their interrelationships.

• Describe types of energy (kinetic, potential) and conservation principles.

• Explore the impact of energy transformations in physical processes.

• Discuss the concepts of efficiency and power in the context of energy usage.

Specific Topics

1. Energy

   • Discuss various forms of energy and their transformation.

2. Work

   • Calculation and application of work done in various contexts.

   • Explore physics behind work-energy theorem.

3. Practical Applications

   • Assessing energy efficiency and sustainability in energy sources.

Miscellaneous Topics

• Activities such as measuring physical properties in practical settings.

• Engage in experiments to understand physical laws.

• Prepare for evaluating advanced physics problems and real-world scenarios.

Additional Instruction

• Ensure a practical understanding of concepts to apply them effectively in examination settings.

• Familiarity with theoretical principles, equation manipulation, and critical thinking in problem-solving scenarios is expected.

• Collaborate with peers and utilize various resources for better understanding the syllabus.