Grade 12 electrostatics Study guides, Study notes & Summaries

A detailed summary of all physics concepts covered from grade 10-12, with worked examples and the SAGS definitions.

A list of all definitions needed in Grade 11 Physics. These definitions are of CAPS and IEB standard. The definitions are separated into the various topics covered in the grade 11 physics syllabus. I achieved a distinction in Grade 11 using these definitions

These notes are provide detailed information on the electrostatics chapter in the Mind Action Series Physical Science Grade 12 textbook. These notes are colourful, have diagrams for further explanation and are very easily understood.

Covers the various sections relating to Electrostatics. Includes notes from the textbook, as well as additional class, video and research information, diagrams and practice questions. Applicable to all IEB Grade 12s. Written by a 95% < student.

The notes include all the Grade 12 Syllabus (NSC). The notes include examples and study notes of all the relevant sections. Newton, vertical projectile, equations of motion, momentum, impulse, collisions, energy, work energy theorem, power, electricity ,electrostatics, electrodynamics and doppler effect.

Thorough summaries of Grade 12 physics paper 1 for Physical Sciences, with comprehensive understanding and explanation of concepts, followed by examples and finally exam questions separated by difficulty. Sections include momentum, vertical motion, work energy power, Doppler effect, photoelectric effect, electric currents, electrostatics, motors. Notes are handwritten as were taken in lessons, however the content and explanation of methods to answering different exam questions are exceptional.

Matric IEB - Physical Science (Physics): An in-depth summary of all the content in the IEB physical science syllabus for paper 1. Includes definitions, equations, graphs, diagrams, standard answers, and explanations. Covers the following content: - Kinematics - Vectors - Newton's Laws - Momentum - Work, Energy & Power - Gravitational Fields - Electrostatics - Current Electricity - Electromagnetism - Electromagnetic Induction - Photons and Electrons