Physics

{"examination": "CAPE Physics", "syllabus_topics": {"School-Based Assessment (SBA)": ["Practical Skills and Investigative Project: candidates are assessed on four key skills: Observation, Recording and Reporting (ORR); Manipulation and Measurement (MM); Analysis and Interpretation (AI); and Planning and Designing (PD) [17]. Candidates must complete one investigative project in any Unit of the CAPE Sciences (Biology, Chemistry, or Physics), and marks for AI and PD can be transferred between units in the first sitting [17, 18]."], "Unit 1: Mechanics, Waves, Properties of Matter": ["Module 1 - Mechanics: focuses on physical quantities and the SI system of units [1]. It involves solving problems related to bodies at rest, in uniform motion, or uniformly accelerated motion under the influence of forces in one and two dimensions [1]. Key areas include Newton’s laws of motion, circular motion, and the conservation of energy, with practical applications to Caribbean-specific renewable energy sources [1-3].", "Module 2 - Oscillations and Waves: explores different types of oscillatory motion, including simple harmonic motion equations [4]. It covers properties common to all waves, unique properties of different wave types, and applications of wave knowledge to the functioning of the human eye and ear [4]. Students study image formation in lenses, optical fibres, and the correction of eye defects [5].", "Module 3 - Thermal and Mechanical Properties of Matter: details the principles involved in the design and use of thermometers [6]. It addresses the transfer of energy through conduction, convection, and radiation, with discussions on reducing Caribbean dependency on fossil fuels through improved building design [7]. Other topics include the kinetic theory of gases, first law of thermodynamics, and the mechanical properties of solids like crystalline structures and polymers [3, 7, 8]."], "Unit 2: Electricity and Magnetism, A.C. Theory and Electronics and Atomic and Nuclear Physics": ["Module 1 - Electricity and Magnetism: addresses electrostatic phenomena, electrical quantities (charge, current, potential difference), and the analysis of circuits with various components [8-10]. It details electric fields, the design and use of capacitors (series and parallel), and the mechanics of energy storage [9, 11]. Students also explore magnetic fields, magnetic forces, and electromagnetic induction laws [9, 12].", "Module 2 - AC Theory and Electronics: covers the principles and operation of the p-n junction diode [13]. It focuses on operational amplifiers, including the effect of negative feedback on bandwidth, and the construction of digital circuits using logic gates [14, 15]. Practical work involves testing flip-flop circuits to switch devices in a controlled fashion [14].", "Module 3 - Atomic and Nuclear Physics: examines the photon model for electromagnetic radiation and the development of the nuclear model of the atom [14]. It addresses the wave-particle nature of matter and energy, the relationship between mass and energy, and the characteristics of radioactivity [14, 15]. Students also study the production and properties of X-rays [16]."]}}