This includes linearization of graphs, random and systematic errors, tips how to answer questions in the exam that are related to PAG questions, which make up about 25% of the examination Physics H556 book page 2 -3, Specification 1.1.1 – 1.1.4 References are to the Book A level Physics for OCR Year 1, Oxford

Physics H556 A first guide to the mandatory PAGs References are to the Book A level Physics for OCR Year 1, Oxford

Physics H556 Specification 1.1.1 & 1.1.2 Book AS 1 page 14 - 17 References are to the Book A level Physics for OCR Year 1, Oxford

Physics H556 Specification 1.1.1 & 1.1.2 Book AS 1 page 272 – 273 References are to the Book A level Physics for OCR Year 1, Oxford

A level Physics OCR Module 2 Foundation of Physics Lesson 3 Uncertainties and errors Physics H556 Specification 2.1.1, 2.1.2 Book AS year 1 page 270 -271 References are to the Book A level Physics for OCR Year 1, Oxford

Physics H556 Specification 2.1.1, 2.1.2 References are to the Book A level Physics for OCR Year 1, Oxford

Physics H556 Specification 2.1.1, 2.1.2 References are to the Book A level Physics for OCR Year 1, Oxford

Presentation, HW questions and answers based on old past paper questions Syllabus reference: 5.4 Magnetic effects of electric currents Determining the direction of force on a charge moving in a magnetic field Determining the direction of force on a current-carrying conductor in a magnetic field Sketching and interpreting magnetic field patterns Determining the direction of the magnetic field based on current direction

Presentation, HW questions and answers based on old past paper questions Syllabus reference: 5.3 Electric Cells Cells Electromotive force

Presentation, HW questions and answers based on old past paper questions Syllabus reference: 5.2 Heating effect of electric currents Describing practical uses of potential divider circuits, including the advantages of a potential divider over a series resistor in controlling a simple circuit

Presentation, HW questions and answers based on old past paper questions Syllabus reference: 5.2 Heating effect of electric currents Resistance expressed as R = V/I Ohm’s law Power dissipation

Presentation, HW questions and answers based on old past paper questions Syllabus reference: 5.2 Heating effect of electric currents Heating effect of current and its consequences

Presentation, HW questions and answers based on old past paper questions Syllabus reference: 5.1 Electric fields Electric current Direct current (dc) Potential difference

Presentation, HW questions and answers based on old past paper questions Syllabus reference: 5.1 Electric fields Charge Electric field Coulomb’s law

Presentation, HW questions and answers based on old past paper questions Syllabus reference: 4.5 Standing waves The nature of standing waves Boundary conditions Nodes and antinodes

Presentation, HW questions and answers based on old past paper questions Syllabus reference: 4.4 Wave behaviour Interference patterns Double-slit interference Path difference

Presentation, HW questions and answers based on old past paper questions Syllabus reference: 4.3 Polarization Describing methods of polarization Sketching and interpreting diagrams illustrating polarized, reflected and transmitted beams Solving problems involving Malus’s law

Presentation, HW questions and answers based on old past paper questions Syllabus reference: 4.4 Wave behaviour Solving problems involving Snell’s law, critical angle and total internal Reflection

Presentation, HW questions and answers based on old past paper questions Syllabus reference: 4.3 Wave characteristics and 4.4 Wave behaviour Wave fronts and rays Amplitude and intensity Superposition Reflection and refraction Sketching and interpreting incident, reflected and transmitted waves at boundaries between media Solving problems involving reflection at a plane interface