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Course / Course Details

UPPERSIXTH PHYSICS

  • High School Physics Tutor image

    By - High School Physics Tutor

  • 36 students
  • 166 Hours 40 Min
  • (0)

Course Requirements

UPPER-SIXTH PHYSICS course is designed to provide students with an advanced understanding of various principles and concepts in physics. This course aims to build upon the knowledge gained in previous years and equip students with the necessary skills to tackle complex problems and engage in scientific research. Course Objectives: 1. To develop a comprehensive understanding of fundamental physics concepts, including mechanics, thermodynamics, electromagnetism, and quantum mechanics. 2. To enhance critical thinking and problem-solving skills through the application of theoretical concepts to real-world scenarios. 3. To foster an appreciation for the role of physics in technological advancements and its impact on society. 4. To cultivate effective communication skills through scientific writing, presentations, and discussions. 

Course Description

UPPER-SIXTH PHYSICS course is designed to provide advanced knowledge and understanding of physics principles and concepts to students in their final year of secondary education. This comprehensive course aims to enhance critical thinking and problem-solving skills while exploring various topics such as electromagnetism, quantum mechanics, thermodynamics, and nuclear physics. Through a combination of theoretical learning, practical experiments, and mathematical analysis, students will develop a deep understanding of the fundamental laws governing the physical world. Our dedicated team of experienced educators ensures a professional learning environment that fosters academic excellence and prepares students for higher education or future careers in scientific fields.

Course Outcomes

per-Sixth Physics course is designed to provide students with an advanced understanding of various concepts and principles in physics. This course aims to prepare students for further studies in physics or related fields at the university level. Through a combination of theoretical knowledge and practical applications, students will develop critical thinking skills and problem-solving abilities. Course Objectives: 1. To deepen the understanding of fundamental concepts in physics, including mechanics, electromagnetism, thermodynamics, and quantum physics. 2. To enhance mathematical skills required for solving complex physics problems. 3. To develop practical skills through laboratory experiments and data analysis. 4. To foster scientific inquiry and encourage independent research. 5. To promote effective communication of scientific ideas through oral presentations and written reports. 6. To prepare students for university-level physics examinations. Course Topics: 1. Mechanics: - Kinematics and dynamics - Newton's laws of motion - Circular motion and gravitation - Work, energy, and power - Momentum and collisions 2. Electromagnetism: - Electric fields and potentials - Capacitance and dielectrics - Electric current and circuits - Magnetic fields and forces - Electromagnetic induction 3. Thermodynamics: - Laws of thermodynamics - Heat transfer and energy conversion - Entropy and the second law of thermodynamics - Ideal gases and kinetic theory

Course Curriculum

  • 17 chapters
  • 134 lectures
  • 21 quizzes
  • 166 Hours 40 Min total length
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1 Physical Quantities
3 Min

2 Physical Quantities [Quiz]
N/A

3 Mass and Weight
5 Min

4 Mass and Weight [Quiz]
N/A

5 Forces and Equipment Used to Study Forces
4 Min

6 Forces and Equipment Used to Study Forces [Quiz]
N/A

7 Safety Rules in the Physics Laboratory
4 Min

8 Safety Rules in the Physics Laboratory [Quiz]
N/A

1 Density
6 Min

2 Density [Quiz]
N/A

3 Archimedes' Principle
3 Min

4 Archimedes' Principle [Quiz]
N/A

5 Measuring the Density of Irregularly Shaped Objects
3 Min

6 Measuring the Density of Irregularly Shaped Objects [Quiz]
N/A

7 The Importance of Density
3 Min

8 The Importance of Density [Quiz]
N/A

1 Pressure intro
4 Min

2 Pressure intro [Quiz]
N/A

3 Pressure Liquids
3 Min

4 Pressure in Liquids [Quiz]
N/A

5 Atmospheric Pressure
3 Min

6 Atmospheric Pressure [Quiz]
N/A

1 Electrical energy
4 Min

2 Electrical Energy [Quiz]
N/A

3 An Oscillator
3 Min

4 Introduction to Pressure
4 Min

5 Pressure Liquids
3 Min

6 Atmospheric pressure
4 Min

7 Archemedes principle
4 Min

8 Measuring of density of irregularly shaped objects
3 Min

9 define density and state its units composition
7 Min

10 appreciate the use of density in every day life
4 Min

11 FORCES AND EQUIPMENT USED TO STUDY FORCES
4 Min

12 MASS AND WEIGHT
5 Min

13 LAB SAFETY. RULES
5 Min

14 (Lesson 1)Physical Quantities
3 Min

15 Equations of Motion
5 Min

16 Balanced and Unbalanced Forces
6 Min

17 Measurement in Physics
3 Min

18 HOW A SIMPLE MAGNET IS MADE
4 Min

19 What is a magnet
4 Min

20 Inertia of motion.
4 Min

21 IMPULSE
3 Min

22 Introduction to mechanics
4 Min

23 Differences between mass and weight
4 Min

1 Inertia of Motion
4 Min

2 Inertia of Motion [Quiz]
N/A

3 Introduction to Mechanics
3 Min

4 Introduction to Mechanics [Quiz]
N/A

5 Understanding Impulse
3 Min

6 Understanding Impulse [Quiz]
N/A

1 Stationary Waves
3 Min

2 Stationary Waves [Quiz]
N/A

3 Loudness
2 Min

4 Loudness [Quiz]
N/A

5 Pitch and Timbre
3 Min

6 Pitch and Timbre [Quiz]
N/A

1 Measuring the Speed of Sound in Air - The Echo Method
4 Min

2 Measuring the Speed of Sound in Air - The Echo Method [Quiz]
N/A

3 Measuring the Depth of the Sea Using Sonar
4 Min

4 Measuring the Depth of the Sea Using Sonar [Quiz]
N/A

5 HOW A SIMPLE MAGNET IS MADE
3 Min

6 What Are Magnets
3 Min

7 What Are Magnets [Quiz]
N/A

1 Thermionic Emission and the Electron Gun
7 Min

2 Physics of Semiconductors and P-N Junction Diode Applications
11 Min

3 Transistor Fundamentals and Applications
7 Min

1 Nuclear Stability and Radioactivity
9 Min

2 Properties and Practical Applications of Ionizing Radiations
10 Min

3 Mass Defect and Nuclear Binding Energy
8 Min

4 Nuclear Fission and Fusion- Principles and Mechanics
8 Min

1 Rutherford’s Alpha-Scattering Experiment and the Nuclear Atomic Model
6 Min

1 Principles and Applications of Self and Mutual Inductance
9 Min

2 Dynamics of Current Growth and Decay in RL Circuits
8 Min

3 Magnetic Energy Storage and Inductance Theory
7 Min

4 Theory and Principles of Electromagnetic Transformers
6 Min

5 Principles and Applications of the Ideal Transformer
5 Min

6 Transformer Power Losses and Minimization Strategies
5 Min

7 Root-Mean-Square Values for Alternating Current
5 Min

8 The Physics of AC Impedance and Resonance Essentials
5 Min

9 Applications and Principles of LC Resonance Circuits
5 Min

10 Principles of Power in Alternating Current Circuits
8 Min

11 Rectification and Smoothening of Alternating Current Signals
7 Min

1 Magnetic Forces on Moving Charges in Uniform Fields
5 Min

2 Measuring the Specific Charge of an Electron
5 Min

3 Principles and Applications of the Hall Effect
5 Min

4 Fundamentals of Dia-, Para-, and Ferromagnetic Materials
9 Min

5 Magnetic Permeability and Shielding Principles
9 Min

6 The Physics of the Lorentz Force
8 Min

7 Faraday’s and Lenz’s Laws of Electromagnetic Induction
8 Min

8 Motional Electromotive Force and Electromagnetic Induction
8 Min

9 Principles of AC and DC Electrical Generation
10 Min

1 The Magnetic Field
5 Min

2 Magnetic Flux and Density Units
5 Min

3 Magnetic Field Patterns of Current-Carrying Conductors
6 Min

4 Magnetic Force on Current-Carrying Conductors
6 Min

5 Fleming’s Left-Hand Rule and Magnetic Force
5 Min

6 Forces on Conductors in Magnetic Fields
6 Min

7 Torque on a Rectangular Coil in a Magnetic Field
5 Min

8 Principles and Mechanics of DC and AC Electric Motors
5 Min

9 Principles of Ampère’s Law
6 Min

10 Magnetic Flux Density and Forces Between Currents
5 Min

1 Capacitor Identification and Circuit Symbols
6 Min

2 Measurement of Capacitance Practical Guide
5 Min

3 Principles and Factors Affecting Parallel-Plate Capacitance
5 Min

4 Relative Permittivity and Dielectric Constants
4 Min

5 Energy and Charge in Capacitor Networks
6 Min

6 RC Circuit Dynamics- Charging and Discharging Capacitors
6 Min

1 Electric Charge and Current
5 Min

2 Conductivity and Charge Carriers
5 Min

3 Methods and Mechanisms of Electrostatic Charging
5 Min

4 Point Action and the Lightning Conductor
6 Min

5 Coulomb’s Law and the Inverse-Square Nature of Electrostatics
6 Min

6 Electric Field and Field Strength
5 Min

7 Electric Potential and Work Done in Moving a Charge
7 Min

8 Electric Dipoles and Torques
6 Min

1 Newton’s Law of Universal Gravitation and Inverse-Square Relation
8 Min

2 Kepler’s Laws and Earth’s Gravitational Field
9 Min

3 Field Strength
8 Min

4 Gravitational Field Variation Inside and Outside the Earth
9 Min

5 Gravitational Potential and Energy
11 Min

6 Orbital Mechanics and Satellite
6 Min

7 Projectile and Parabolic Motion
6 Min

1 Fundamentals of Logic Gates and Transistor Amplifiers
7 Min

2 The Physics of Waves- Classification and Propagation Modes
9 Min

3 Progressive Waves and Wave Equations
7 Min

4 Graphical Representation of Mechanical Waves
10 Min

5 Fundamental Properties and Behaviors of Waves
10 Min

6 Wave Interference and Wavelength Measurement
9 Min

7 Properties and Production of Plane-Polarized Waves
7 Min

8 Dynamics of Transverse Wave Speed on Taut Strings
8 Min

9 Doppler Effect for Sound in Air
9 Min

10 Stationary Waves and Characteristics
9 Min

11 Measuring the Speed of Sound in Air and Solids
9 Min

Instructor

High School Physics Tutor

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FCFA3,500.00

  • Duration 166 Hours 40 Min

  • Lectures 134 lessons

  • Enrolled 36 students

  • Category: Uppersixth science

  • 21 Quizzes

  • Language: English

  • Skill Level HIGH SCHOOL

  • Certificate of Completion

  • Full lifetime access

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