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Private tutor in chemistry, physics and mathematics for high school and university students and preparation for semester exams
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📚 Private tutor for university and high school - fully prepared to prepare for semester exams 📚Need help understanding study material? Preparing for SATs or university exams? 🤔
⚡My services include:
✔️ Private lessons for all secondary subjects
✔️ Comprehensive assistance in preparing for the AMSAT exams (Chemistry, Mathematics, Physics)
✔️ Full support for university students in scientific and technical subjects
✔️ Flexible learning, remotely or in person, as you wish
📕Description of physics
👌Physics 1
Physics 1 is a foundational physics course often taught in the first year of university or advanced secondary education. The course focuses on the basic principles of mechanics and electricity, and covers the following topics:
1. Physical Quantities and Units: Students learn how to measure, standardize units, and know the differences between vector and scalar quantities.
2. Motion: It deals with the study of motion in a straight line, circular motion, velocity, and acceleration.
3. Newtonian Laws of Motion**: Analyze the forces acting on objects using Newton's three laws.
4. Energy, Work, and Power: Explain the relationship between kinetic energy and potential energy and how to calculate mechanical work.
5. Law of Gravity: Study of Newton's law of universal gravitation and its effect on objects.
6. Work, Energy, and Energy Conservation: Covers the concepts of work and energy and how energy is transformed between its different forms.
👌Physics 2:
Physics 2 is a continuation and deepening of the concepts studied in Physics 1, but with a greater focus on the topics of electricity, magnetism and waves, and includes:
1. Static electricity: It deals with the study of electric charges, electric field, electric potential, and Coulomb's law.
2. Electric Current and Resistance: Understand electric current, electrical resistance, and Ohm's Law.
3. Magnetic fields: Study of the relationship between electricity and magnetism, the magnetic field produced by an electric current, and Faraday's law.
4. Electrical Circuits: Study of simple and complex electrical circuits such as DC and AC circuits.
5. Waves and Sound: The study of mechanical and acoustic waves, frequency, wavelength, and the speed of sound in different media.
6. Light and Optics: Study of the nature of light, reflection, refraction, and lenses.
Physics 2 requires students to be able to deal with mathematical and analytical concepts to explain electrical, magnetic and optical phenomena.
📗Mathematics description
👌Mathematics 1 (secondary or university preparatory stage):
1. Algebra: Dealing with equations and algebraic sentences, analyzing equations of the first and second degree.
2. Limits and Continuity: Study the behavior of functions when the values of the variable approach a certain point, and learn about the concept of limit.
3. Differentiation: The study of time rates of change, the concept of the derivative, and how to apply it to solving problems.
4. Trigonometric functions: Study of trigonometric functions (sine, cosine, tangent) and their various applications.
5. Logarithms: Study of logarithms, their laws, and their use in solving equations.
👌Mathematics 2 (advanced levels):
1. Integration: The study of integrals, both definite and indefinite, and their use in calculating areas and volumes, and analyzing antiderivatives.
2. Matrices: Study of operations on matrices (addition, subtraction, multiplication), and the use of matrices in solving linear systems.
3. Differential Equations: Solving equations that relate functions and their derivatives, and their applications in physics and engineering.
4. Analytical geometry: dealing with geometric shapes from a mathematical perspective and analyzing dimensions, distances, and angles.
5. Probability and Statistics: Study of probability theories, calculation of expectations, probability distributions and data analysis using statistics.
Advanced Mathematics (Undergraduate):
1. Linear Algebra: Study of vector spaces, linear transformations, eigenvalues and eigenvectors.
2. Multiple Calculus: Study of multivariable integrals and three-dimensional applications.
3. Mathematical Analysis: A more in-depth study of limits, continuity, and differentiation using advanced concepts.
4. Number theory: The study of the properties of integers and the mathematical structures associated with them.
5. Numerical Analysis: The study of numerical methods for solving mathematical equations using computers.
📕Chemistry Description
👌Chemistry 1: (Basics of Chemistry)**
1. **Matter and its properties**: Identify the different states of matter (solid, liquid, gas) and their physical and chemical properties.
2. **The Atom and Atomic Theory**: Study of the structure of the atom, the components of the nucleus (protons and neutrons), and electrons.
3. **The Periodic Table**: Learn about the periodic table of elements, the distribution of elements in groups and periods, and the similar properties of elements.
4. **Chemical bonds**: Study of the types of chemical bonds (ionic, covalent, metallic) and how they form between atoms.
5. **Chemical Equations**: Understand how to represent chemical reactions with equations, and balance equations.
6. **Chemical Reactions**: Study of different types of reactions such as acid-base reactions, combustion reactions, and thermal reactions.
👌Chemistry 2: (Expanding Chemical Concepts)**
1. **The mole and chemical calculations**: Learn the concept of the mole and how to calculate molar masses and calculations of reactants and products.
2. **Gases**: Study of gas laws (Boyle's Law, Charles' Law, Ideal Gas Law), and properties of gases such as pressure, volume, and temperature.
3. **Solutions and Solutions**: Study of how solutions are formed, different concentrations (molarity), solubility properties and reactions in solutions.
4. **Heat and Chemical Reactions**: Study the relationship between chemical reactions and heat, and explain exothermic and endothermic reactions.
5. **Chemical Equilibrium**: Study the concept of equilibrium in reversible reactions and how to influence it using Le Chatelier’s Law.
👌 Chemistry 3: (Organic Chemistry and Thermochemistry)**
1. **Organic Chemistry**: The study of carbon-based organic compounds, including hydrocarbons (alkanes, alkenes, alkynes), and other organic compounds such as alcohols and carboxylic acids.
2. **Thermochemistry**: The study of energy produced by chemical reactions, changes in temperature, thermal processes, and the measurement of enthalpy.
3. **Electrochemistry**: Study of electrochemical reactions, galvanic cells, and electrolysis.
4. **Chemical kinetics**: The study of the rate of reactions and the factors affecting them, such as the concentration of reactants and temperature.
🎯 With extensive experience in teaching and preparing students for exams with guaranteed success!
For communication and reservation:
via Apprentus
Extra information
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pen paperCalculator
Smart board
Location
Online via webcam
About Me
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Private tutorPrivate university teacher
Private secondary school teacher
Yesterday teacher
Specialized teachers for teaching evening students and preparatory year students in mathematics, physics and chemistry in Khor.
📕Description of physics
👌Physics 1
Physics 1 is a foundational physics course often taught in the first year of university or advanced secondary education. The course focuses on the basic principles of mechanics and electricity, and covers the following topics:
1. Physical Quantities and Units: Students learn how to measure, standardize units, and know the differences between vector and scalar quantities.
2. Motion: It deals with the study of motion in a straight line, circular motion, velocity, and acceleration.
3. Newtonian Laws of Motion**: Analyze the forces acting on objects using Newton's three laws.
4. Energy, Work, and Power: Explain the relationship between kinetic energy and potential energy and how to calculate mechanical work.
5. Law of Gravity: Study of Newton's law of universal gravitation and its effect on objects.
6. Work, Energy, and Energy Conservation: Covers the concepts of work and energy and how energy is transformed between its different forms.
👌Physics 2:
Physics 2 is a continuation and deepening of the concepts studied in Physics 1, but with a greater focus on the topics of electricity, magnetism and waves, and includes:
1. Static electricity: It deals with the study of electric charges, electric field, electric potential, and Coulomb's law.
2. Electric Current and Resistance: Understand electric current, electrical resistance, and Ohm's Law.
3. Magnetic fields: Study of the relationship between electricity and magnetism, the magnetic field produced by an electric current, and Faraday's law.
4. Electrical Circuits: Study of simple and complex electrical circuits such as DC and AC circuits.
5. Waves and Sound: The study of mechanical and acoustic waves, frequency, wavelength, and the speed of sound in different media.
6. Light and Optics: Study of the nature of light, reflection, refraction, and lenses.
Physics 2 requires students to be able to deal with mathematical and analytical concepts to explain electrical, magnetic and optical phenomena.
📗Mathematics description
👌Mathematics 1 (secondary or university preparatory stage):
1. Algebra: Dealing with equations and algebraic sentences, analyzing equations of the first and second degree.
2. Limits and Continuity: Study the behavior of functions when the values of the variable approach a certain point, and learn about the concept of limit.
3. Differentiation: The study of time rates of change, the concept of the derivative, and how to apply it to solving problems.
4. Trigonometric functions: Study of trigonometric functions (sine, cosine, tangent) and their various applications.
5. Logarithms: Study of logarithms, their laws, and their use in solving equations.
👌Mathematics 2 (advanced levels):
1. Integration: The study of integrals, both definite and indefinite, and their use in calculating areas and volumes, and analyzing antiderivatives.
2. Matrices: Study of operations on matrices (addition, subtraction, multiplication), and the use of matrices in solving linear systems.
3. Differential Equations: Solving equations that relate functions and their derivatives, and their applications in physics and engineering.
4. Analytical geometry: dealing with geometric shapes from a mathematical perspective and analyzing dimensions, distances, and angles.
5. Probability and Statistics: Study of probability theories, calculation of expectations, probability distributions and data analysis using statistics.
Advanced Mathematics (Undergraduate):
1. Linear Algebra: Study of vector spaces, linear transformations, eigenvalues and eigenvectors.
2. Multiple Calculus: Study of multivariable integrals and three-dimensional applications.
3. Mathematical Analysis: A more in-depth study of limits, continuity, and differentiation using advanced concepts.
4. Number theory: The study of the properties of integers and the mathematical structures associated with them.
5. Numerical analysis: The study of numerical methods for solving mathematical equations using computers.
Education
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Specialized courses in teaching preparatory year students and evening students in scientific subjects / physics, mathematics, chemistry with experienceHigh efficiency through simplified explanation
Summarize the content and solve previous models
University, secondary and postgraduate education
Experience / Qualifications
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We offer specialized lessons for university students and preparatory courses for first-year university students in physics, mathematics and chemistry with 13 years of experience.Private tutor for university and high school - fully prepared for the touches📚
Need help understanding study material? Preparing for SATs or university exams? 🤔
⚡My services include:
✔️ Private lessons for all secondary subjects
✔️ Comprehensive help in preparing for the AMSAT exams (Mathematics, Physics, Chemistry, English)
✔️ Full support for university students in scientific and technical subjects
✔️ Flexible learning, remotely or in person, as you wish
📕Description of physics
👌Physics 1
Physics 1 is a foundational physics course often taught in the first year of university or advanced secondary education. The course focuses on the basic principles of mechanics and electricity, and covers the following topics:
1. Physical Quantities and Units: Students learn how to measure, standardize units, and know the differences between vector and scalar quantities.
2. Motion: It deals with the study of motion in a straight line, circular motion, velocity, and acceleration.
3. Newtonian Laws of Motion**: Analyze the forces acting on objects using Newton's three laws.
4. Energy, Work, and Power: Explain the relationship between kinetic energy and potential energy and how to calculate mechanical work.
5. Law of Gravity: Study of Newton's law of universal gravitation and its effect on objects.
6. Work, Energy, and Energy Conservation: Covers the concepts of work and energy and how energy is transformed between its different forms.
👌Physics 2:
Physics 2 is a continuation and deepening of the concepts studied in Physics 1, but with a greater focus on the topics of electricity, magnetism and waves, and includes:
1. Static electricity: It deals with the study of electric charges, electric field, electric potential, and Coulomb's law.
2. Electric Current and Resistance: Understand electric current, electrical resistance, and Ohm's Law.
3. Magnetic fields: Study of the relationship between electricity and magnetism, the magnetic field produced by an electric current, and Faraday's law.
4. Electrical Circuits: Study of simple and complex electrical circuits such as DC and AC circuits.
5. Waves and Sound: The study of mechanical and acoustic waves, frequency, wavelength, and the speed of sound in different media.
6. Light and Optics: Study of the nature of light, reflection, refraction, and lenses.
Physics 2 requires students to be able to deal with mathematical and analytical concepts to explain electrical, magnetic and optical phenomena.
📗Mathematics description
👌Mathematics 1 (secondary or university preparatory stage):
1. Algebra: Dealing with equations and algebraic sentences, analyzing equations of the first and second degree.
2. Limits and Continuity: Study the behavior of functions when the values of the variable approach a certain point, and learn about the concept of limit.
3. Differentiation: The study of time rates of change, the concept of the derivative, and how to apply it to solving problems.
4. Trigonometric functions: Study of trigonometric functions (sine, cosine, tangent) and their various applications.
5. Logarithms: Study of logarithms, their laws, and their use in solving equations.
👌Mathematics 2 (advanced levels):
1. Integration: The study of integrals, both definite and indefinite, and their use in calculating areas and volumes, and analyzing antiderivatives.
2. Matrices: Study of operations on matrices (addition, subtraction, multiplication), and the use of matrices in solving linear systems.
3. Differential Equations: Solving equations that relate functions and their derivatives, and their applications in physics and engineering.
4. Analytical geometry: dealing with geometric shapes from a mathematical perspective and analyzing dimensions, distances, and angles.
5. Probability and Statistics: Study of probability theories, calculation of expectations, probability distributions and data analysis using statistics.
Advanced Mathematics (Undergraduate):
1. Linear Algebra: Study of vector spaces, linear transformations, eigenvalues and eigenvectors.
2. Multiple Calculus: Study of multivariable integrals and three-dimensional applications.
3. Mathematical Analysis: A more in-depth study of limits, continuity, and differentiation using advanced concepts.
4. Number theory: The study of the properties of integers and the mathematical structures associated with them.
5. Numerical Analysis: The study of numerical methods for solving mathematical equations using computers.
🎯 With extensive experience in teaching and preparing students for exams with guaranteed success!
For communication and reservation:
via Apprentus
💻 Online sessions - flexible timings
📚 Private tutor for university and high school - fully prepared to prepare for yesterday's exams 📚
Need help understanding study material? Preparing for SATs or university exams? 🤔
⚡My services include:
✔️ Private lessons for all secondary subjects
✔️ Comprehensive help in preparing for the AMSAT exams (Physics and Mathematics)
✔️ Full support for university students in scientific and technical subjects
✔️ Flexible learning, remotely or in person, as you wish
📕Description of physics
👌Physics 1
Physics 1 is a foundational physics course often taught in the first year of university or advanced secondary education. The course focuses on the basic principles of mechanics and electricity, and covers the following topics:
1. Physical Quantities and Units: Students learn how to measure, standardize units, and know the differences between vector and scalar quantities.
2. Motion: It deals with the study of motion in a straight line, circular motion, velocity, and acceleration.
3. Newtonian Laws of Motion**: Analyze the forces acting on objects using Newton's three laws.
4. Energy, Work, and Power: Explain the relationship between kinetic energy and potential energy and how to calculate mechanical work.
5. Law of Gravity: Study of Newton's law of universal gravitation and its effect on objects.
6. Work, Energy, and Energy Conservation: Covers the concepts of work and energy and how energy is transformed between its different forms.
👌Physics 2:
Physics 2 is a continuation and deepening of the concepts studied in Physics 1, but with a greater focus on the topics of electricity, magnetism and waves, and includes:
1. Static electricity: It deals with the study of electric charges, electric field, electric potential, and Coulomb's law.
2. Electric Current and Resistance: Understand electric current, electrical resistance, and Ohm's Law.
3. Magnetic fields: Study of the relationship between electricity and magnetism, the magnetic field produced by an electric current, and Faraday's law.
4. Electrical Circuits: Study of simple and complex electrical circuits such as DC and AC circuits.
5. Waves and Sound: The study of mechanical and acoustic waves, frequency, wavelength, and the speed of sound in different media.
6. Light and Optics: Study of the nature of light, reflection, refraction, and lenses.
Physics 2 requires students to be able to deal with mathematical and analytical concepts to explain electrical, magnetic and optical phenomena.
📗Mathematics description
👌Mathematics 1 (secondary or university preparatory stage):
1. Algebra: Dealing with equations and algebraic sentences, analyzing equations of the first and second degree.
2. Limits and Continuity: Study the behavior of functions when the values of the variable approach a certain point, and learn about the concept of limit.
3. Differentiation: The study of time rates of change, the concept of the derivative, and how to apply it to solving problems.
4. Trigonometric functions: Study of trigonometric functions (sine, cosine, tangent) and their various applications.
5. Logarithms: Study of logarithms, their laws, and their use in solving equations.
👌Mathematics 2 (advanced levels):
1. Integration: The study of integrals, both definite and indefinite, and their use in calculating areas and volumes, and analyzing antiderivatives.
2. Matrices: Study of operations on matrices (addition, subtraction, multiplication), and the use of matrices in solving linear systems.
3. Differential Equations: Solving equations that relate functions and their derivatives, and their applications in physics and engineering.
4. Analytical geometry: dealing with geometric shapes from a mathematical perspective and analyzing dimensions, distances, and angles.
5. Probability and Statistics: Study of probability theories, calculation of expectations, probability distributions and data analysis using statistics.
Advanced Mathematics (Undergraduate):
1. Linear Algebra: Study of vector spaces, linear transformations, eigenvalues and eigenvectors.
2. Multiple Calculus: Study of multivariable integrals and three-dimensional applications.
3. Mathematical Analysis: A more in-depth study of limits, continuity, and differentiation using advanced concepts.
4. Number theory: The study of the properties of integers and the mathematical structures associated with them.
5. Numerical Analysis: The study of numerical methods for solving mathematical equations using computers.
📗Mathematics description
👌Mathematics 1 (secondary or university preparatory stage):
1. Algebra: Dealing with equations and algebraic sentences, analyzing equations of the first and second degree.
2. Limits and Continuity: Study the behavior of functions when the values of the variable approach a certain point, and learn about the concept of limit.
3. Differentiation: The study of time rates of change, the concept of the derivative, and how to apply it to solving problems.
4. Trigonometric functions: Study of trigonometric functions (sine, cosine, tangent) and their various applications.
5. Logarithms: Study of logarithms, their laws, and their use in solving equations.
👌Mathematics 2 (advanced levels):
1. Integration: The study of integrals, both definite and indefinite, and their use in calculating areas and volumes, and analyzing antiderivatives.
2. Matrices: Study of operations on matrices (addition, subtraction, multiplication), and the use of matrices in solving linear systems.
3. Differential Equations: Solving equations that relate functions and their derivatives, and their applications in physics and engineering.
4. Analytical geometry: dealing with geometric shapes from a mathematical perspective and analyzing dimensions, distances, and angles.
5. Probability and Statistics: Study of probability theories, calculation of expectations, probability distributions and data analysis using statistics.
Advanced Mathematics (Undergraduate):
1. Linear Algebra: Study of vector spaces, linear transformations, eigenvalues and eigenvectors.
2. Multiple Calculus: Study of multivariable integrals and three-dimensional applications.
3. Mathematical Analysis: A more in-depth study of limits, continuity, and differentiation using advanced concepts.
4. Number theory: The study of the properties of integers and the mathematical structures associated with them.
5. Numerical Analysis: The study of numerical methods for solving mathematical equations using computers.
🎯 With extensive experience in teaching and preparing students for exams with guaranteed success!
For communication and reservation:
via Apprentus
Private tutor for university and high school - fully prepared to prepare students 📚
Need help understanding study material? Preparing for semester exams or college tests? 🤔
⚡My services include:
✔️ Private lessons for all secondary subjects
✔️ Comprehensive help in preparing for the AMSAT exams (Physics and Mathematics)
✔️ Full support for university students in scientific and technical subjects
✔️ Flexible learning, remotely or in person, as you wish
📕Description of physics
👌Physics 1
Physics 1 is a foundational physics course often taught in the first year of university or advanced secondary education. The course focuses on the basic principles of mechanics and electricity, and covers the following topics:
1. Physical Quantities and Units: Students learn how to measure, standardize units, and know the differences between vector and scalar quantities.
2. Motion: It deals with the study of motion in a straight line, circular motion, velocity, and acceleration.
3. Newtonian Laws of Motion**: Analyze the forces acting on objects using Newton's three laws.
4. Energy, Work, and Power: Explain the relationship between kinetic energy and potential energy and how to calculate mechanical work.
5. Law of Gravity: Study of Newton's law of universal gravitation and its effect on objects.
6. Work, Energy, and Energy Conservation: Covers the concepts of work and energy and how energy is transformed between its different forms.
👌Physics 2:
Physics 2 is a continuation and deepening of the concepts studied in Physics 1, but with a greater focus on the topics of electricity, magnetism and waves, and includes:
1. Static electricity: It deals with the study of electric charges, electric field, electric potential, and Coulomb's law.
2. Electric Current and Resistance: Understand electric current, electrical resistance, and Ohm's Law.
3. Magnetic fields: Study of the relationship between electricity and magnetism, the magnetic field produced by an electric current, and Faraday's law.
4. Electrical Circuits: Study of simple and complex electrical circuits such as DC and AC circuits.
5. Waves and Sound: The study of mechanical and acoustic waves, frequency, wavelength, and the speed of sound in different media.
6. Light and Optics: Study of the nature of light, reflection, refraction, and lenses.
Physics 2 requires students to be able to deal with mathematical and analytical concepts to explain electrical, magnetic and optical phenomena.
📗Mathematics description
👌Mathematics 1 (secondary or university preparatory stage):
1. Algebra: Dealing with equations and algebraic sentences, analyzing equations of the first and second degree.
2. Limits and Continuity: Study the behavior of functions when the values of the variable approach a certain point, and learn about the concept of limit.
3. Differentiation: The study of time rates of change, the concept of the derivative, and how to apply it to solving problems.
4. Trigonometric functions: Study of trigonometric functions (sine, cosine, tangent) and their various applications.
5. Logarithms: Study of logarithms, their laws, and their use in solving equations.
👌Mathematics 2 (advanced levels):
1. Integration: The study of integrals, both definite and indefinite, and their use in calculating areas and volumes, and analyzing antiderivatives.
2. Matrices: Study of operations on matrices (addition, subtraction, multiplication), and the use of matrices in solving linear systems.
3. Differential Equations: Solving equations that relate functions and their derivatives, and their applications in physics and engineering.
4. Analytical geometry: dealing with geometric shapes from a mathematical perspective and analyzing dimensions, distances, and angles.
5. Probability and Statistics: Study of probability theories, calculation of expectations, probability distributions and data analysis using statistics.
Advanced Mathematics (Undergraduate):
1. Linear Algebra: Study of vector spaces, linear transformations, eigenvalues and eigenvectors.
2. Multiple Calculus: Study of multivariable integrals and three-dimensional applications.
3. Mathematical Analysis: A more in-depth study of limits, continuity, and differentiation using advanced concepts.
4. Number theory: The study of the properties of integers and the mathematical structures associated with them.
5. Numerical Analysis: The study of numerical methods for solving mathematical equations using computers.
🎯 With extensive experience in teaching and preparing students for exams with guaranteed success!
For communication and reservation:
via Apprentus
📚 Private tutor for university and high school -📚
Need help understanding study material? Preparing for SATs or university exams? 🤔
⚡My services include:
✔️ Private lessons for all secondary subjects
✔️ Comprehensive help in preparing for the AMSAT exams (Mathematics and Physics)
✔️ Full support for university students in scientific and technical subjects
✔️ Flexible learning, remotely or in person, as you wish
📕Description of physics
👌Physics 1
Physics 1 is a foundational physics course often taught in the first year of university or advanced secondary education. The course focuses on the basic principles of mechanics and electricity, and covers the following topics:
1. Physical Quantities and Units: Students learn how to measure, standardize units, and know the differences between vector and scalar quantities.
2. Motion: It deals with the study of motion in a straight line, circular motion, velocity, and acceleration.
3. Newtonian Laws of Motion**: Analyze the forces acting on objects using Newton's three laws.
4. Energy, Work, and Power: Explain the relationship between kinetic energy and potential energy and how to calculate mechanical work.
5. Law of Gravity: Study of Newton's law of universal gravitation and its effect on objects.
6. Work, Energy, and Energy Conservation: Covers the concepts of work and energy and how energy is transformed between its different forms.
📘 Physics Description
👌Physics 2:
Physics 2 is a continuation and deepening of the concepts studied in Physics 1, but with a greater focus on the topics of electricity, magnetism and waves, and includes:
1. Static electricity: It deals with the study of electric charges, electric field, electric potential, and Coulomb's law.
2. Electric Current and Resistance: Understand electric current, electrical resistance, and Ohm's Law.
3. Magnetic fields: Study of the relationship between electricity and magnetism, the magnetic field produced by an electric current, and Faraday's law.
4. Electrical Circuits: Study of simple and complex electrical circuits such as DC and AC circuits.
5. Waves and Sound: The study of mechanical and acoustic waves, frequency, wavelength, and the speed of sound in different media.
6. Light and Optics: Study of the nature of light, reflection, refraction, and lenses.
Physics 2 requires students to be able to deal with mathematical and analytical concepts to explain electrical, magnetic and optical phenomena.
📗Mathematics description
👌Mathematics 1 (secondary or university preparatory stage):
1. Algebra: Dealing with equations and algebraic sentences, analyzing equations of the first and second degree.
2. Limits and Continuity: Study the behavior of functions when the values of the variable approach a certain point, and learn about the concept of limit.
3. Differentiation: The study of time rates of change, the concept of the derivative, and how to apply it to solving problems.
4. Trigonometric functions: Study of trigonometric functions (sine, cosine, tangent) and their various applications.
5. Logarithms: Study of logarithms, their laws, and their use in solving equations.
👌Mathematics 2 (advanced levels):
1. Integration: The study of integrals, both definite and indefinite, and their use in calculating areas and volumes, and analyzing antiderivatives.
2. Matrices: Study of operations on matrices (addition, subtraction, multiplication), and the use of matrices in solving linear systems.
3. Differential Equations: Solving equations that relate functions and their derivatives, and their applications in physics and engineering.
4. Analytical geometry: dealing with geometric shapes from a mathematical perspective and analyzing dimensions, distances, and angles.
5. Probability and Statistics: Study of probability theories, calculation of expectations, probability distributions and data analysis using statistics.
Advanced Mathematics (Undergraduate):
1. Linear Algebra: Study of vector spaces, linear transformations, eigenvalues and eigenvectors.
2. Multiple Calculus: Study of multivariable integrals and three-dimensional applications.
3. Mathematical Analysis: A more in-depth study of limits, continuity, and differentiation using advanced concepts.
4. Number theory: The study of the properties of integers and the mathematical structures associated with them.
5. Numerical Analysis: The study of numerical methods for solving mathematical equations using computers.
🎯 With extensive experience in teaching and preparing students for exams with guaranteed success!
For communication and reservation:
via Apprentus
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from 42.37FrOnline via webcam
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Availability of a typical week
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Raef
Individual or group lessons in Maths, Physics - Chemistry and SVTGraduated and experienced teacher with results from ALL of my students with honors, I give private or group lessons in Mathematics - Analysis - Matrices - Statistics - Algebra - Geometry - Physics - Mechanics - Electricity - Chemistry - Organic Chemistry - Biology, Geology to students from primary to Terminale, 1st year and 2nd year of university for online courses by a PROFESSIONAL method on a special education platform through a link that serves as a table that includes spaces, dozens of pages, equipped with tools (pens of different colors, ruler, geometric tools, eraser, etc.) and the possibility of saving, writing and projecting the work on this board.
This course is also intended for students of Lycée, CNED and those of the English program (IB Interntaional School or European section in english)
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The conversation is carried out by Skype or Zoom.
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David
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Teaching is my true passion! I genuinely enjoy sharing my knowledge and skills with those in need. My friendly and supportive attitude allows me to establish a connection with every student right from the first lesson. So, if you're feeling demotivated and down, don't worry! I'm here to help you find the motivation you need for both academic and personal success.
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Benoit
Private online mathematics lessons - Qualified and experienced teacherI am a qualified and experienced mathematics tutor. Graduated from the Free University of Brussels in 2011, I started my career by teaching remedial courses in different schools in Brussels. I then specialized in individual academic support by following educational training at the Harvard Graduate School of Education. I have been giving private mathematics lessons daily for over ten years.
The students who follow my private lessons benefit from personalized support. The first session is devoted to an in-depth assessment of the student's mathematical knowledge. The objective is to detect its weak points and understand their origin in order to adapt my courses to its needs. I develop a tailor-made remediation program for each of my students aimed at filling each of their gaps. Over the course of the sessions, the student builds a solid foundation for learning and regains self-confidence. At the same time, I help him acquire a work methodology that allows him to gradually become autonomous in his studies.
I have a perfect knowledge of the mathematics program of the College and the High School (from the Sixth to the Terminale). During my formative years, I studied and developed many techniques that make it easier to learn math. The strength of my pedagogical approach lies in my ability to explain in a simple way everything that the student finds complicated. I am passionate about this job because it gives me the opportunity to guide dropout students on the path to success. It is a real pleasure to see them evolve and come to terms with the fantastic world of mathematics.
I provide my private lessons in Limoges (at the student's home) or remotely (online via the internet). My distance learning courses take place on an interactive online whiteboard. This board is specially designed to promote student/teacher interaction on the internet. Thanks to this educational tool, my online courses are as effective as home courses. The student only needs an internet connection and a computer, tablet, or smartphone to take advantage of it.
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Personalised Learning: Every learner is unique, and I believe in tailoring my teaching methods to suit each student's individual needs. I don't judge; instead, I concentrate on understanding their strengths and areas for improvement to create a supportive and encouraging learning environment.
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Shared Strategies: As a student who has successfully qualified for the Engineering Entrance exam test and is currently studying abroad on a fully funded scholarship, I bring my own learning strategies and study techniques to the table. These proven methods will help students achieve their academic goals.
Continuous Improvement: I am always learning and growing, just like my students. This continuous improvement mindset, which I actively promote, inspires and motivates students to strive for their best. It enables me to stay updated with the latest educational trends and techniques, ensuring that my students receive the best possible guidance.
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This class aims to provide an overview of calculus and linear algebra and focuses on the fundamental mathematical tools and concepts, such as limits, differentiation, and integration. Building on these basic concepts, we will review methods for solving problems related to optimization, linear differential equations, and matrix algebra.
Outline of the course:
1. Calculus:
1.1 Limits of functions
1.2 Continuity, types of discontinuities, intermediate value theorem
1.3 Differentiation (or derivative), slope, secant, tangent
1.4 Rules and theorems for differentiation, power rule, product rule, chain rule
1.5 Derivatives of exp, log, and trigonometric functions
1.6 Implicit differentiation and derivative of inverse functions
1.7 Rolle's theorem, mean value theorem, critical point, maximum/minimum of a function
1.8 First and second derivative tests, inflection points
1.9 Anti-derivative, indefinite integral, integration by substitution, integration by parts
1.10 Definite integral and its application (area between curves, application in physics)\
1.11 Optimization and linear differential equations
2. Linear Algebra:
2.1 Vectors and scalars in Euclidean space, vector arithmetic, scalar product, cross product
2.2 Equations for lines and planes, vector spaces, linear independence, span, basis, dimension
2.3 Linear transformations, coordinates, and representation of linear transformations by matrices
2.4 Matrix operations: matrix multiplication, transpose, determinant, inverse, and Hermitian conjugate
2.5 Systems of linear equations, Gaussian elimination
2.6 Eigenvalues and eigenvectors
2.7 Range, kernel, and rank-nullity theorem
and many more...
*Note that the sessions will be held online (via Discord/Zoom/Microsoft Teams).
Salah Eddine
Math support courses for high school students (Science Maths, Science Exp, Letters ...)As a teaching professional, I have always enjoyed sharing my knowledge. My goal is to provide quality education. I am aware that some topics may seem complex, but often this is simply the result of an inadequate explanation by the teacher. With me, you will discover a real interest in the material!
We strive together to achieve academic excellence, overcoming the shortcomings and difficulties encountered by your child. Studies will become a pleasant experience for him. In addition to the courses, I can also help with school orientation, identifying their preferences and highlighting the advantages and benefits of a fulfilling educational ambition.
The sessions generally take place according to the following stages:
1️⃣ The first sessions are devoted to the assessment of the student's level in order to detect existing gaps.
2️⃣ Next, we create a personalized plan to address these gaps, including the number of hours of work needed, specific areas to focus on, and appropriate training and development exercises.
3️⃣ We stay in constant contact with the student's class teacher, to keep up to date with the latest requirements and ensure a consistent approach.
4️⃣ Subsequently, I provide exams similar to those that are likely to be asked in class, to prepare the student effectively.
5️⃣ Upon request, I write a regular report, usually monthly, to keep parents informed of their child's progress throughout their course.
I adapt my methodology according to the specific needs of each student, thus offering them a personalized and adapted work approach.
In addition, I offer crash courses for students preparing for the start of the school year, allowing them to start the year well prepared, with a solid lead on the school curriculum.
If you have any questions, do not hesitate to contact me. I will be happy to help you.
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With 6 years of professional experience in science (Physics, Chemistry, and biology), I am well-versed in both the British and American curricula and I possess a high level of competency. I have taught students from various countries, including Belgium, Spain, Switzerland, Japan, the USA, the Caribbean, the UK, India, China, Singapore, Malaysia, Turkey, the Netherlands, Luxembourg, Germany, France, Italy, and South Africa.
Book a lesson with me, and we can start on any day and time that suits you.
Robert
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I travel, if necessary, to your home in the Brussels region as well as in Walloon and Flemish Brabant, with a minimum course duration of 2 hours. With extensive experience, I offer numerous exercises to consolidate knowledge. Distance learning is also possible via platforms such as Skype, Facebook, etc. For students in France, lessons are done exclusively remotely.
Do not hesitate to contact me to organize your lessons according to your needs and availability. I am here to help you strengthen your skills in these subjects in an effective and personalized way. Courses tailored to your needs will allow you to progress quickly.
Mohamed
12 years teaching Mathematics in high school. I offer math support classesAs a highly qualified maths teacher, a graduate of the college of teachers and with 11 years of teaching experience in public high schools, I am happy to offer tutoring lessons in mathematics at home for students from level T and Common Core Sciences, TC Technological, 1st Baccalaureate Experimental Sciences and final of all the sectors (SVT-PC-SC.Math-L), as well as for the classes of 2nd and 1st general, Terminale specialty of the French system, as well than the 5th, 4th and 3rd levels of college.
My primary objective is to help students improve their level, deepen their knowledge, assimilate their lessons, fill their gaps and improve their skills in the discipline of mathematics. In addition, I am perfectly able to support them in the preparation of their exams and competitions for access to the Grandes Ecoles, and to provide them with homework help so that they can succeed in this subject.
With my advanced math skills and knowledge, I am confident that I can provide my students with effective tools and techniques to help them progress. My goal is to give them confidence and help them develop a passion for mathematics, a subject that can seem daunting at first, but can be exciting and rewarding if taught in an interesting and fun way.
By choosing my tutoring courses in mathematics, students can expect to receive individual attention and personalized help to overcome their difficulties and achieve their goals. My teaching approach is interactive and student-centered, which allows for a deeper understanding of mathematical concepts and a more practical application of acquired knowledge.
In summary, I am confident in my skills as a math teacher to help students of all levels progress and succeed in this demanding subject. I am convinced that my dynamic and stimulating teaching methods will help my students achieve their math goals and build a confidence that will follow them throughout their lives.
Ayoub
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- Mathematics
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My courses are aimed at students in the French system from 6th to 12th grade (Speciality: Mathematics, PC).
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and for science I can teach basic science for kids aged 10-16m(biology, physics and chemistry)
I can also help prepare for exams and assignments
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Customized Tutoring – Individualized instruction designed around each student’s strengths and challenges.
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Judikael
Mathemaics for high school students, or bachelor levelMathematics lies at the heart of science. It is a beautiful subject that inspires passion in many people.
Learning mathematics quickly can depend on several factors—your natural abilities, environment, and more. But here’s the good news: everyone has the potential to understand and even master mathematics. It may take time, but with patience and the right guidance, you can do it.
My goal is to help you overcome any difficulties you may have with mathematics and show you that you are capable. In my class, you will learn to think differently. Math isn’t just about solving complex problems—t’s about understanding what those problems mean and how they connect to the world around us. Sometimes, they even reflect real-life situations.
The biggest challenge in math is often its level of abstraction. But that’s also what makes it beautiful: its truths are universal. Once you begin to engage deeply with a problem, you might even realize it’s simpler than you first thought.
Are you a high school student preparing for a math test, working on homework (note: I won’t just give you the answer—I’ll help you discover it), or getting ready for university? Or are you a bachelor’s student looking for mentorship in algebra, analysis, geometry, probability, or statistics?
If so, you’re very welcome!
I offer lessons in English or French. I’m based in Berlin and can provide private tutoring at your residence upon request.
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Modern Physics Tutoring with python and programmingWith a PhD in Physics and over 15 years of teaching experience, I offer advanced and engaging physics classes tailored to a wide range of learners. My background includes the publication of more than 30 research papers, reflecting a deep expertise in the subject. I incorporate modern tools such as Python, GeoGebra, and other advanced educational technologies to enhance conceptual understanding and problem-solving skills. My teaching approach blends theoretical rigor with interactive, tech-supported learning to help students grasp complex concepts effectively and confidently.