Physics Professional License (Standard from 1 to 7)

Bag code: EDUPLP46530021 does not include discount offers days: 5 days "today's training 6 hours" time: 30 training hours targeted by the program: teachers and female teachers of physics subject. overview of the program: this program revolves around a training bag about the professional standards of physics specialization for standard (from 1 to 7) (definition – types – characteristics - goals - positives - negatives.. etc) and will be presented through the following units: the first training unit: development of physics science: nature and scientific methodology and ethics and applications the second training unit: conducting practical experiments in the laboratory: safety and security and applying mathematical and statistical skills the third training unit: concepts and principles of fluids and forces and movement of bodies the fourth training unit: applying concepts of material properties and principles of static electricity the fifth training unit: applying concepts of magnetism and principles of electric current and electrical circuits program objectives: aim to understand the development of physics science over time and how scientific methods and methodologies have evolved. aim to introduce students to the importance of safety and security during conducting practical experiments in the laboratory. aim to guide students towards understanding the forces affecting bodies and their movement. aim to understand the principles of static electricity and its applications and its importance in daily life. aim to apply concepts of magnetism and understand its effect on charged particles. program axes: the first unit: (development of physics science: nature and scientific methodology and ethics and applications) nature of science and its characteristics. physics science: its goal and characteristics. contributions of civilizations and scientists in the development of physics science. historical events and their impact on the development of physics. concept of scientific methodology and its characteristics. methods of experimental and non-experimental scientific research. tools and techniques in data collection and analysis. sources of access to scientific knowledge. research ethics and regulations in the Kingdom of Saudi Arabia. the second unit: (conducting practical experiments in the laboratory: safety and security and applying mathematical and statistical skills) distinguishes methods, symbols, and procedures of safety and security in the laboratory. applies first aid procedures for injuries that may occur inside or outside the laboratory. uses and tests laboratory tools and devices in a safe and appropriate manner. employs basic laboratory skills in conducting physics experiments. prepares and reads graphs and represents data. applies arithmetic operations for scalar and vector quantities. applies dimensional analysis, uses different units and their conversions in measurement and calculation processes. uses principles of statistics and its concepts in describing and measuring physical variables. applies differentiation, integration, and differential equations in physics. the third unit: (concepts and principles of fluids and forces and movement of bodies) movement of a body in one dimension: equations of motion, conditions of free fall. movement of a body in two dimensions: equations of motion, conditions of projectile motion. Newton's laws and their applications: force analysis, motion properties, equilibrium. conservation of momentum and energy: types of physical phenomena and collisions. circular and linear motion: their relationship. moments, rotation, and equilibrium. law of universal gravitation. work and energy theory: energy sources and types. relative motion and reference frame. the fourth unit: (applying concepts of material properties and principles of static electricity) applies Hooke's law, and calculates stress and strain for bodies with regular geometric shapes. classifies states of matter and properties of each state. illustrates the crystalline structure of solids. examines thermal and electrical conductivity properties of materials and the possibility of controlling them. classifies electric forces between charges, and calculates their magnitude and influencing factors. calculates the strength of the electric field and its relation to the electric force. relates the concept of electric potential to electric force, field strength, and energy, and calculates its magnitude. the fifth unit: (applying concepts of magnetism and principles of electric current and electrical circuits) concept of current and voltage difference and their application in circuits. electrical resistance and Ohm's law and resistor conduction. principle of capacitors and calculating their capacitance, charge, and discharge. analyzing electrical circuits using Kirchhoff's rules. effect of magnetic field on charges and current and its applications. concept and calculation of magnetic field strength. phenomenon of electromagnetic induction and concept of magnetic flux. applications of electromagnetic induction in generators and transformers. Maxwell's equations and Lorentz force in electromagnetism and their applications. bag contents brochure 1 PowerPoint 121 introductory file 4 activity bag 10 mind maps 1 trainer guide 154 trainee guide 136 images 10 videos 10 references 3 trainee data form 3 bag contents 12 training bag model please click here to view the training bag model