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Since May 2022
Instructor since May 2022
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Review the structure of the final exam for Physics,
From 43.37 € /h
Online courses to review the final high school exam structures in physics, mathematics, and chemistry. We offer a focused review with explanations of key curriculum points, problem-solving strategies, and real-life question models from the latest Ministry of Education structures. Interactive teaching covers the most important questions from the Ministry's structure, providing detailed explanations of key topics and how to solve questions. Intensive practice and exam models aligned with the UAE curriculum are also included. Reserve your place now and prepare for the exam with confidence. To register or for more details
Location
Online from United Arab Emirates
About Me
University teacher and Qani in preparing preparatory year students with 13 years of experience in physics, chemistry and mathematics
For example, teaching physics is described as follows:
👌In teaching Physics 1, emphasis is placed on basic concepts such as linear motion, forces, energy, work, and momentum, along with the study of Newton's laws of motion and their applications. Teaching includes the use of experiments and practical activities to enhance theoretical understanding.
👌 Physics 2, delves into more complex topics such as electricity and magnetism, electrical circuits, light, and waves. Emphasis is placed on theoretical understanding and practical applications of these concepts, with experiments and digital simulations used to link theory to practice.
In teaching **Calculus 1**, emphasis is placed on the fundamental concepts of differential and integral calculus. Core topics include: the study of functions, limits, derivatives, and their applications in solving problems involving maximum and minimum time rates. Definite and indefinite integrals and their applications in calculating areas and volumes are also explored.
In **Calculus 2**, complex integrals are studied in greater depth, including integration by parts, integration by substitution, and multiple integrals. Infinite series, polar forms, and simple differential equations are also explored. Teaching focuses on linking theoretical concepts to practical applications in science and engineering.
Both courses aim to develop mathematical thinking and deep analysis skills, with an emphasis on practical applications to solve real-world problems.
👌Calculus 2, complex integrals are studied in greater depth, including integration by parts, integration by substitution, and multiple integrals. Infinite series, polar forms, and simple differential equations are also explored. Teaching focuses on linking theoretical concepts to practical applications in science and engineering.
Both courses aim to develop mathematical thinking and deep analysis skills, with an emphasis on practical applications to solve real-world problems.
Teaching Chemistry:
👌In teaching Chemistry 1, emphasis is placed on the basic principles of chemistry, such as the structure of the atom, elements and molecules, chemical bonding, the periodic table, and chemical reactions. Topics such as gas laws, moles, and chemical equations are explored, with an emphasis on practical experiments to enhance theoretical understanding.
👌Chemistry 2, advanced topics such as thermodynamics, chemical kinetics, chemical equilibrium, and acids and bases are explored. Organic and basic chemistry, and their applications in real life, are also studied, with advanced laboratory experiments used to understand the mechanisms of reactions.
Both courses aim to develop students' abilities in chemical analysis and interpretation of chemical phenomena in scientific ways, with an emphasis on linking theory to practical applications.
For example, teaching physics is described as follows:
👌In teaching Physics 1, emphasis is placed on basic concepts such as linear motion, forces, energy, work, and momentum, along with the study of Newton's laws of motion and their applications. Teaching includes the use of experiments and practical activities to enhance theoretical understanding.
👌 Physics 2, delves into more complex topics such as electricity and magnetism, electrical circuits, light, and waves. Emphasis is placed on theoretical understanding and practical applications of these concepts, with experiments and digital simulations used to link theory to practice.
In teaching **Calculus 1**, emphasis is placed on the fundamental concepts of differential and integral calculus. Core topics include: the study of functions, limits, derivatives, and their applications in solving problems involving maximum and minimum time rates. Definite and indefinite integrals and their applications in calculating areas and volumes are also explored.
In **Calculus 2**, complex integrals are studied in greater depth, including integration by parts, integration by substitution, and multiple integrals. Infinite series, polar forms, and simple differential equations are also explored. Teaching focuses on linking theoretical concepts to practical applications in science and engineering.
Both courses aim to develop mathematical thinking and deep analysis skills, with an emphasis on practical applications to solve real-world problems.
👌Calculus 2, complex integrals are studied in greater depth, including integration by parts, integration by substitution, and multiple integrals. Infinite series, polar forms, and simple differential equations are also explored. Teaching focuses on linking theoretical concepts to practical applications in science and engineering.
Both courses aim to develop mathematical thinking and deep analysis skills, with an emphasis on practical applications to solve real-world problems.
Teaching Chemistry:
👌In teaching Chemistry 1, emphasis is placed on the basic principles of chemistry, such as the structure of the atom, elements and molecules, chemical bonding, the periodic table, and chemical reactions. Topics such as gas laws, moles, and chemical equations are explored, with an emphasis on practical experiments to enhance theoretical understanding.
👌Chemistry 2, advanced topics such as thermodynamics, chemical kinetics, chemical equilibrium, and acids and bases are explored. Organic and basic chemistry, and their applications in real life, are also studied, with advanced laboratory experiments used to understand the mechanisms of reactions.
Both courses aim to develop students' abilities in chemical analysis and interpretation of chemical phenomena in scientific ways, with an emphasis on linking theory to practical applications.
Education
Master's
Teaching university students in the preparatory year and general law students and providing intensive courses in preparing for the AMSAT exams in physics, mathematics and chemistry with expertise and efficiency
Teaching university students in the preparatory year and general law students and providing intensive courses in preparing for the AMSAT exams in physics, mathematics and chemistry with expertise and efficiency
Experience / Qualifications
Preparing preparatory year students from university students with 13 years of experience
University
secondary
Evenings
In the following materials:
mathematics
And physics.
University
secondary
Evenings
In the following materials:
mathematics
And physics.
Age
Children (7-12 years old)
Teenagers (13-17 years old)
Adults (18-64 years old)
Seniors (65+ years old)
Student level
Intermediate
Advanced
Duration
60 minutes
The class is taught in
Arabic
English
Availability of a typical week
(GMT -05:00)
New York
Online via webcam
Mon
Tue
Wed
Thu
Fri
Sat
Sun
00-04
04-08
08-12
12-16
16-20
20-24
If you need academic support in physics and mathematics
👌In teaching Physics 1, emphasis is placed on basic concepts such as linear motion, forces, energy, work, and momentum, along with the study of Newton's laws of motion and their applications. Teaching includes the use of experiments and practical activities to enhance theoretical understanding.
👌 Physics 2, delves into more complex topics such as electricity and magnetism, electrical circuits, light, and waves. Emphasis is placed on theoretical understanding and practical applications of these concepts, with experiments and digital simulations used to link theory to practice.
📗 In mathematics
👌In teaching Calculus 1, emphasis is placed on the fundamental concepts of differential and integral calculus. Core topics include: the study of functions, limits, derivatives, and their applications in solving problems involving maximum and minimum time rates. Definite and indefinite integrals and their applications in calculating areas and volumes are also explored.
👌In Calculus 2, complex integrals are studied in greater depth, including integration by parts, integration by substitution, and multiple integrals. Infinite series, polar forms, and simple differential equations are also explored. Teaching focuses on linking theoretical concepts to practical applications in science and engineering.
Both courses aim to develop mathematical thinking and deep analysis skills, with an emphasis on practical applications to solve real-world problems.
I provide detailed explanations and close follow-ups that help you fully understand the material.
Preparing you for tests and ensuring you understand both basic and complex concepts.
👌In teaching Physics 1, emphasis is placed on basic concepts such as linear motion, forces, energy, work, and momentum, along with the study of Newton's laws of motion and their applications. Teaching includes the use of experiments and practical activities to enhance theoretical understanding.
👌 Physics 2, delves into more complex topics such as electricity and magnetism, electrical circuits, light, and waves. Emphasis is placed on theoretical understanding and practical applications of these concepts, with experiments and digital simulations used to link theory to practice.
📗 In mathematics
👌In teaching Calculus 1, emphasis is placed on the fundamental concepts of differential and integral calculus. Core topics include: the study of functions, limits, derivatives, and their applications in solving problems involving maximum and minimum time rates. Definite and indefinite integrals and their applications in calculating areas and volumes are also explored.
👌In Calculus 2, complex integrals are studied in greater depth, including integration by parts, integration by substitution, and multiple integrals. Infinite series, polar forms, and simple differential equations are also explored. Teaching focuses on linking theoretical concepts to practical applications in science and engineering.
Both courses aim to develop mathematical thinking and deep analysis skills, with an emphasis on practical applications to solve real-world problems.
I provide detailed explanations and close follow-ups that help you fully understand the material.
Preparing you for tests and ensuring you understand both basic and complex concepts.
EMSAT Tutor Announcement
In mathematics, physics and chemistry
👌Are you looking for an excellent teacher to prepare your students for the EMSAT exams? We offer private lessons in the basic subjects: Mathematics, Physics, Chemistry.
✍🏻Advantages:
- A teacher with extensive experience in teaching EMSAT curricula and exams.
- Advanced teaching methods that suit all levels of students.
- Comprehensive and intensive reviews to ensure the best results.
1. Mathematics: covering all subjects such as algebra, geometry, statistics, and calculus.
2. Physics: From basic concepts to advanced practical applications.
3. Chemistry: Complete coverage of all topics including organic and inorganic chemistry.
🕕Time: Flexibility in the schedule to suit the students’ needs.
In mathematics, physics and chemistry
👌Are you looking for an excellent teacher to prepare your students for the EMSAT exams? We offer private lessons in the basic subjects: Mathematics, Physics, Chemistry.
✍🏻Advantages:
- A teacher with extensive experience in teaching EMSAT curricula and exams.
- Advanced teaching methods that suit all levels of students.
- Comprehensive and intensive reviews to ensure the best results.
1. Mathematics: covering all subjects such as algebra, geometry, statistics, and calculus.
2. Physics: From basic concepts to advanced practical applications.
3. Chemistry: Complete coverage of all topics including organic and inorganic chemistry.
🕕Time: Flexibility in the schedule to suit the students’ needs.
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