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  3. CSCA Physics Crash Course | Bangla Taught
CSCA Exam Physics English

CSCA Physics Crash Course | Bangla Taught

5.0
(1)
Yeasin Arafath

About Course

About Course

This course is designed specifically for students preparing for the CSCA Physics (English Medium) exam. It delivers a complete preparation system through:

  • 5 Comprehensive Modules – covering Mechanics (40–45%), Electromagnetism (30–35%), Thermodynamics (6–8%), Optics (6–8%), and Modern Physics (4–6%)

  • 12 Topic-Wise Mock Tests – targeted practice to strengthen individual concepts

  • 3 Full-Length Mock Tests – realistic exam simulations to build stamina and timing

Key Benefits

  • High-weightage focus on Mechanics and Electromagnetism

  • Strategic time allocations per module to improve pacing

  • 48 multiple-choice questions across all topics

  • Structured lessons with exam-style practice

With a balanced blend of conceptual review and intensive testing, this course equips you to master the CSCA Physics exam confidently.

1️⃣ Chapter-Wise Recorded Videos

  • Full concept explanation

  • Step-by-step derivations

  • Exam-style numerical solving

  • Quick revision at the end of each chapter

2️⃣ Chapter-Wise Mock Tests

  • CSCA-pattern MCQs

  • Time-based practice

  • Detailed solutions

  • Speed and accuracy training

3️⃣ Short-Term Super Fast Preparation ⚡

  • High-weight topic focus

  • Important formula revision

  • Most repeated question types

  • Smart MCQ solving strategies

  • Final exam approach guide

4️⃣ Lecture Sheets (Included)

  • Chapter-wise concise notes

  • Key formulas and derivations

  • Important definitions

  • Summary tables for quick revision

  • Selected practice questions

Perfect for quick revision before exams.

🎯 Goal

Strong concepts.
Smart strategies.
Confident performance in CSCA Physics.

Show More

What Will You Learn?

  • Master the complete CSCA Physics syllabus, including mechanics, electromagnetism, thermodynamics, optics, and modern physics.
  • Solve complex physics problems quickly and accurately using smart, calculator-free shortcuts.
  • Apply proven MCQ strategies like dimensional analysis and elimination methods to boost your exam score.
  • Understand the logic behind fundamental physics formulas instead of just memorising them.
  • Tackle real previous years' exam questions with confidence through step-by-step solution breakdowns.
  • Develop the time-management skills required to confidently complete the 60-minute, 48-question exam.
  • Physics Syllabus Provided below:
  • Module-1: Mechanics
  • Lesson (1-6)
  • 1. Kinematics: displacement, velocity, acceleration, uniform acceleration motion, free fall motion
  • 2. Newton's laws of motion and their applications
  • 3. Momentum and impulse, law of conservation of momentum
  • 4. Work and energy, law of conservation of mechanical energy
  • 5. Circular motion and universal gravitation
  • 6. Simple harmonic motion and mechanical waves
  • Module-2: Electromagnetism
  • Lesson (1-4)
  • 1. Electrostatics: Coulomb's law, electric field strength, electric potential
  • 2. Direct current circuits: Ohm's law, series and parallel circuits
  • 3. Magnetic field: magnetic induction, Ampere's force, Lorentz force
  • 4. Electromagnetic induction: Faraday's law, Lenz's law
  • Module-3: Thermodynamics
  • Lesson (1-3)
  • 1. Kinetic theory of gases
  • 2. Ideal gas equation of state
  • 3. First law of thermodynamics
  • Module-4: Optics
  • Lesson (1-2)
  • 1. Geometrical optics: laws of reflection and refraction
  • 2. Physical optics: interference and diffraction
  • Module-5: Modern Physics
  • Lesson (1-3)
  • 1. Photoelectric effect
  • 2. Atomic structure
  • 3. Fundamentals of nuclear physics

Requirements

  • A basic understanding of high school-level mathematics and algebra.
  • Familiarity with either English or Chinese, as the exam is administered in these languages.
  • Access to a notebook and a calculator for practising the examples provided in the tutorials.
  • Review of the specific 2025 content modules, particularly Mechanics and Electromagnetism.

Audience

  • International students preparing for the CSCA exam

Course Content

Module-1: Mechanics
This module, Mechanics, serves as the foundational cornerstone of the CSCA Physics (English Medium) exam, covering Lessons 1 through 6. With a significant weight of 40-45% (approximately 20 of the 48 total multiple-choice questions), it is the highest-yield section of the test. Students should allocate 25–30 minutes to complete this portion. The curriculum begins with the fundamentals of Kinematics, including linear and free-fall motion, before progressing to Newton’s Laws and their practical applications. Core conservation principles are addressed through the study of Momentum/Impulse and Work/Energy, alongside an exploration of Circular Motion and Universal Gravitation. The module concludes with the oscillatory concepts of Simple Harmonic Motion and Mechanical Waves, requiring efficient problem-solving skills to balance speed and accuracy under timed conditions.

  • Lesson-1: Kinematics: displacement, velocity, acceleration, uniform acceleration motion, free fall motion
    33:44
  • Lesson-2: Newton’s laws of motion and their applications
    17:55
  • Lesson-3: Momentum and impulse, law of conservation of momentum
    17:00
  • Lesson-4: Work and energy, law of conservation of mechanical energy
    21:29
  • Lesson-5: Circular motion and universal gravitation
    18:47
  • Lesson-6: Simple harmonic motion and mechanical waves
    34:58

Module-2: Electromagnetism
This module, Electromagnetism, is the second major pillar of the CSCA Physics (English Medium) exam, encompassing Lessons 1 through 4. Accounting for 30–35% of the test (approximately 16 of the 48 multiple-choice questions), it features a medium to high difficulty level and requires focused, efficient work within 20–25 minutes. The curriculum systematically builds from Electrostatics—covering Coulomb’s law, electric fields, and potential—into practical Direct Current Circuits involving Ohm’s law and series/parallel analysis. It then advances to Magnetic Fields, exploring magnetic induction, Ampere’s force, and the Lorentz force, culminating in Electromagnetic Induction with Faraday’s and Lenz’s laws. Success in this section demands both conceptual clarity and the ability to apply multiple principles in integrated problems.

Module-3: Thermodynamics
This module, Thermodynamics, provides a focused exploration of thermal physics, covering Lessons 1 through 3. It represents 6–8% of the CSCA Physics exam (approximately 3–4 multiple-choice questions) and is rated at a medium difficulty level, with a recommended time allocation of 5–7 minutes. The curriculum centers on the kinetic theory of gases as the microscopic foundation, followed by the macroscopic behavior described by the ideal gas equation of state. It concludes with the first law of thermodynamics, connecting heat, work, and internal energy changes. Mastery of these core principles allows for quick, accurate problem-solving within the brief time allotted for this section.

Module-4: Optics
This module, Optics, presents a dual perspective on light behaviour across Lessons 1 and 2. Accounting for 6–8% of the CSCA Physics exam (approximately 3 multiple-choice questions), it carries a medium difficulty level and should be completed in 5–7 minutes. The curriculum is divided into geometrical optics, covering the laws of reflection and refraction, and physical optics, which addresses wave phenomena including interference and diffraction. A clear understanding of both ray-based and wave-based models is essential for tackling the conceptual and quantitative questions in this section.

Module-5: Modern Physics
This module, Modern Physics, introduces the foundational concepts that revolutionized physics in the 20th century, covering Lessons 1 through 3. It constitutes 4–6% of the CSCA Physics exam (approximately 2–3 multiple-choice questions), features a medium to high difficulty level, and should be addressed in 4–5 minutes. The curriculum explores the photoelectric effect as evidence of light’s particle nature, followed by atomic structure models that describe electron behavior within atoms. It concludes with the fundamentals of nuclear physics, including radioactivity and nuclear reactions. Success requires grasping key experimental observations and their theoretical implications within a compact time frame.

Mock Test-1: MECHANICS FUNDAMENTALS

Mock Test-2: KINEMATICS

Mock Test-3: CIRCULAR MOTION & ROTATION

Mock Test-4: WORK, ENERGY & POWER

Mock Test-5: MOMENTUM & IMPULSE

Mock Test-6: OSCILLATIONS & WAVES

Mock Test-7: THERMODYNAMICS

Mock Test-8: ELECTROSTATICS

Mock Test-9: ELECTRIC CIRCUITS

Mock Test-10: MAGNETISM

Mock Test-11: ELECTROMAGNETIC INDUCTION

Mock Test-12: OPTICS

Full Mock Test 1 CSCA Standard

Full Mock Test 2 CSCA Standard

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Instructors

Yeasin Arafath

Yeasin Arafath

Math, Physics
5.0
39 Students
6 Courses

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  1. AR

    Arafat Rayhan

    2 months ago
    Best!
৳ 2,000.00 ৳ 5,500.00
  • All Levels
  • April 15, 2026
  • Enrollment validity: 30 days
  • Certificate of completion

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