This course covers a wide range of levels, from school to university, with the aim of providing students with a solid understanding of physics concepts and their application in everyday life. Below are the key aspects of the course: School level: -Mechanics: Study of movement, forces, Newton's laws and kinetic energy. -Thermodynamics: Introduction to temperature, heat and energy transfer. -Electricity and Magnetism: Electric circuits, magnetic fields and electromagnetism. Baccalaureate Level: -Optics and Waves: Propagation of light, reflection, refraction and wave phenomena. -Laboratory: Practical experiments to reinforce theoretical concepts. Methodology: -Theoretical and Practical Classes: Combination of theory with examples and experiments. -Problem Resolution: Focused on practical applications. -Simulations and Models: Use of digital tools to visualize concepts. Assessment: -Regular Exams: Measurement of progress in each unit. -Research Projects: Exploration of specific topics. -Active Participation: Assessment of interaction in class. My goal is to inspire students to appreciate the beauty of physical laws, from Newton's falling apples to quantum mysteries. Together we will explore the universe through equations and experiments! 🌌🔍🔬

This course covers a wide range of levels, from school to university, with the aim of strengthening students' mathematical skills. The focus is to provide a solid foundation and then delve into more advanced concepts. Below are the key aspects of the course: School level: -Review of arithmetic, basic algebra and geometry. -Resolution of practical problems and applications in everyday life. -Introduction to fractions, percentages and proportions. Baccalaureate Level: -Advanced algebra: equations, systems of equations, polynomials. -Analytical geometry and trigonometry. -Basic differential and integral calculus. Methodology: -Interactive theoretical classes with practical examples. -Problem resolution and exercises. -Use of digital tools such as Geogebra and online calculators. Assessment: -Periodic tests to measure progress. -Individual or group projects and tasks. -Continuous evaluation based on active participation. Additional Resources: -Links to websites with exercises and solutions. -References to recommended books and materials. This course seeks to foster a deep understanding of mathematics and prepare students to meet academic and professional challenges. Dare to immerse yourself in the fascinating world of numbers and equations! 🧮📚

This course covers a wide range of levels, from school to university, with the aim of strengthening students' mathematical skills. The focus is to provide a solid foundation and then delve into more advanced concepts. Below are the key aspects of the course: School level: -Review of arithmetic, basic algebra and geometry. -Resolution of practical problems and applications in everyday life. -Introduction to fractions, percentages and proportions. Baccalaureate Level: -Advanced algebra: equations, systems of equations, polynomials. -Analytical geometry and trigonometry. -Basic differential and integral calculus. Methodology: -Interactive theoretical classes with practical examples. -Problem resolution and exercises. -Use of digital tools such as Geogebra and online calculators. Assessment: -Periodic tests to measure progress. -Individual or group projects and tasks. -Continuous evaluation based on active participation. Additional Resources: -Links to websites with exercises and solutions. -References to recommended books and materials. This course seeks to foster a deep understanding of mathematics and prepare students to meet academic and professional challenges. Dare to immerse yourself in the fascinating world of numbers and equations! 🧮📚

This course covers a wide range of levels, from school to university, with the aim of providing students with a solid understanding of physics concepts and their application in everyday life. Below are the key aspects of the course: School level: -Mechanics: Study of movement, forces, Newton's laws and kinetic energy. -Thermodynamics: Introduction to temperature, heat and energy transfer. -Electricity and Magnetism: Electric circuits, magnetic fields and electromagnetism. Baccalaureate Level: -Optics and Waves: Propagation of light, reflection, refraction and wave phenomena. -Laboratory: Practical experiments to reinforce theoretical concepts. Methodology: -Theoretical and Practical Classes: Combination of theory with examples and experiments. -Problem Resolution: Focused on practical applications. -Simulations and Models: Use of digital tools to visualize concepts. Assessment: -Regular Exams: Measurement of progress in each unit. -Research Projects: Exploration of specific topics. -Active Participation: Assessment of interaction in class. My goal is to inspire students to appreciate the beauty of physical laws, from Newton's falling apples to quantum mysteries. Together we will explore the universe through equations and experiments! 🌌🔍🔬