Physics
For each lesson hour indicated below Use the “save my exam questions” and submit to RBE when completed – it is not expected that all of the questions for each hour are completed but select ones that you know that you will struggle with and challenge yourself. Use the electronic copy of the textbook to support you. Email for any further assistance – it will help if you add photographs or screenshots of any particular questions that you struggle with.
Note that lessons for engineering physics will be posted online for you to watch – keep an eye on emails for links to access them.
1 Constituents of the atom exam questions
1 Stable and unstable nuclei exam questions
1 Particles and antiparticles exam questions
2 Classification of particles exam questions
2 Quarks and antiquarks exam questions
2 Application of conservation laws
2 Particles
3 The Photoelectric effect
3 Collisions of electrons with atoms
3 Energy levels and photon emissions
3 Wave-particle duality
3 EM Radiation and quantum phenomena
4 Progressive waves
4 Superposition and stationary waves
5 Interference patterns
5 Diffraction
5 Refraction at a plane surface
5 Refraction, diffraction and interference
6 Scalars and vectors
6 Moments
6 Motion along a straight line
6 Projectile motion
7 Newton’s laws of motion
7 Work energy and power
7 Conservation of energy
7 Force, energy and momentum
8 Bulk properties of solids
8 Young’s modulus
8 Materials
9 Basics of electricity
9 Current-voltage characteristics
9 Resistivity
10 Circuits
10 Potential dividers
11 Electromotive force and internal resistance
11 Current electricity
12 Circular motion
12 Simple Harmonic motion
12 Forced vibrations and resonance
12 Periodic motion
13 Thermal energy transfer
13 Ideal gases
13 Molecular Kinetic theory of gases
13 Thermal Physics
14 Newton’s law of gravitation
14 Gravitational field strength
14 Orbits of planets
14 Gravitational fields
15 Coulomb’s law
15 Electric fields strength
15 Electric fields
16 Capacitance
16 Energy stored by a capacitor
16 Charging and discharging capacitors
17 Magenetic flux density
17 Moving charges in a magnetic field
17 Magnetic flux and flux linkage
17 Electromagetic induction
18 Alternating currents
18 Transformers
18 Magnetic fields
19 Rutherford Scattering
19 Alpha/beta/gamma radiation
19 Radioactive decay
20 Nuclear instability
20 Nuclear radius
20 Fission and fusion
20 Safety aspects of nuclear energy
20 Radioactivity
21 Moment of inertia
21 Rotational kinetic energy
21 Rotational motion
22 Torque and angular acceleration
22 Work and power
22 First law of thermodynamics
23 Non-flow processes
23 Engine cycles
23 Second law engines
23 Reversed heat engines