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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
Location
Online via webcam
About Me
Translated by Google. Click to view original.
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
Translated by Google. Click to view original.
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 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
📚 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
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| 2 | Monday at 2:00 | Saturday at 2:00 | Sunday at 2:00 | ||||
| 3 | Monday at 3:00 | Tuesday at 3:00 | Saturday at 3:00 | Sunday at 3:00 | |||
| 4 | Tuesday at 4:00 | Saturday at 4:00 | Sunday at 4:00 | ||||
| 5 | Monday at 5:00 | Wednesday at 5:00 | Thursday at 5:00 | Saturday at 5:00 | Sunday at 5:00 | ||
| 6 | Monday at 6:00 | Saturday at 6:00 | Sunday at 6:00 | ||||
| 7 | Tuesday at 7:00 | Thursday at 7:00 | Saturday at 7:00 | Sunday at 7:00 | |||
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Availability of a typical week
(GMT -04:00) New York
| Mon | Tue | Wed | Thu | Fri | Sat | Sun | |
|---|---|---|---|---|---|---|---|
| 0 | |||||||
| 1 | Saturday at 1:00 | Sunday at 1:00 | |||||
| 2 | Monday at 2:00 | Saturday at 2:00 | Sunday at 2:00 | ||||
| 3 | Monday at 3:00 | Tuesday at 3:00 | Saturday at 3:00 | Sunday at 3:00 | |||
| 4 | Tuesday at 4:00 | Saturday at 4:00 | Sunday at 4:00 | ||||
| 5 | Monday at 5:00 | Wednesday at 5:00 | Thursday at 5:00 | Saturday at 5:00 | Sunday at 5:00 | ||
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Raef
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High school students preparing for their baccalaureate or entrance exams to engineering schools.
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1.1 Limits of functions
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1.4 Introduction to differentiation (or derivative)
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My name is Sanne (23), and I'm a Master's student in Molecular Life Sciences with a strong passion for biochemistry. I have several years of tutoring experience and have helped over 20 students with various science subjects. I currently offer tutoring sessions in chemistry – whether you need help with a specific chapter or are looking for broader exam preparation.
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Key Highlights:
Expert Teaching: Learn from a certified IB teacher with a proven track record of success across various international curricula.
Tailored Learning: Whether you're in PYP, MYP, DP, IGCSE, AS, A Level, or attending a European School, lessons are customized to match your syllabus, learning style, and pace.
Comprehensive Coverage: From algebra, geometry, and calculus to probability and statistics, all areas of mathematics are covered.
Exam Success: Focus on both understanding the concepts and mastering exam techniques to achieve top results.
Interactive & Engaging: Active problem-solving, real-world applications, and fun math challenges ensure that learning stays dynamic and effective.
Students are empowered with the tools to approach mathematics confidently, and with an emphasis on developing strong reasoning and analytical skills, you're prepared for academic excellence and beyond. Whether you're aiming for a higher grade or simply seeking to strengthen your math foundation, this class will equip you with the knowledge and confidence you need to succeed.
I specialize in Mathematics lessons tailored to students of all levels, including:
1. Master’s and Bachelor’s Students (subjects like Financial Mathematics, Business Mathematics, Basics of Mathematics for Data Science students, etc.)
2. Pre-university students:
3. IB (Math SL and Math HL) students
4. AS/A-level students
5. European S6 and S7 students
6. GCSE and IGCSE students
7. Primary school students
I currently teach a diverse group of students from various international schools in Portugal and around the world. Here are some of the schools my students come from:
A. Schools in Portugal:
The British School of Lisbon - British Curriculum (IGCSE, A-Levels)
PaRK International School | Praça de Espanha - International Baccalaureate (IB)
United Lisbon International School - International Baccalaureate (IB) & American Curriculum
The Lisboan International School - International Baccalaureate (IB) or British-based curriculum
Oeiras International School - International Baccalaureate (IB)
Carlucci American International School of Lisbon - American Curriculum & International Baccalaureate (IB)
Colégio Europeu Astoria - European-based Curriculum
Redbridge International School - British Curriculum (IGCSE) & International Baccalaureate (IB)
B. Schools around the world:
International School of Paris, France (IB Curriculum)
International School of Brussels, Belgium (IB Curriculum)
Merchiston Castle School, Edinburgh, Scotland (Edexcel, Cambridge Curriculum)
International School of The Hague, Netherlands (IB Curriculum)
The British School of Brussels, Belgium (IGCSE, A-Level)
International School of Geneva, Switzerland (IB Curriculum)
American International School of Vienna, Austria (American and IB Curriculum)
American School of Barcelona, Spain (IB Curriculum)
International School of Madrid, Spain (IGCSE and A-Level)
While some of my students follow curriculums in various languages (Portuguese, French, German, or Spanish), the primary language of instruction in my class is English.
Join now to elevate your math skills, gain clarity in complex topics, and become a confident problem-solver!
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🇸🇬 [Grade 1 to 6] Singapore Math & Science Tutor 🇸🇬🇸🇬Hi there! 👋 I’m a patient and passionate tutor from Singapore 🇸🇬 with several years of experience helping Primary school students (ages 6 to 12) build a strong foundation in Math and Science — the Singaporean way!
I specialise in teaching Primary 1 to Primary 6, using proven methods from the Singapore MOE curriculum:
✅ clear explanations
✅ step-by-step problem-solving
✅ real-life applications to make learning meaningful
Whether your child needs extra support or wants to get ahead, I personalise every lesson to match their learning pace and style. My lessons are interactive, engaging, and focused on building confidence, not just completing worksheets.
🔹 Taught by a native Singaporean tutor
🔹 Lessons in English (with Chinese support if needed)
🔹 Concept mastery, test prep & homework help
🔹 Online sessions (with in-person options in Bangkok or Singapore)
Let’s help your child feel more confident and capable — one fun and focused lesson at a time!
Marvelous
Mathematics for beginners and test preparation tutoring - Build Confidence, Improve Skills, and Achieve Your Academic Goals.Math doesn’t have to be boring or confusing. As a dedicated mathematics tutor, I offer personalized and engaging lessons tailored to each student's level and goals. Whether you're preparing for exams, need help with homework, or want to strengthen your overall understanding, I provide clear explanations, practical strategies, and consistent support. My approach is structured, student-focused, and designed to build both confidence and competence in maths. Let's work together to achieve your academic success.