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1 statistics teacher in Ankara

Markus - Karlsruhe, GermanyC$83
C$83Tutoring (also online) in math physics HM TM mechanics exam statistics
Trusted teacher: Hey, I'm Markus and I offer tutoring from the upper school level (from class 11) and students of the FH or Uni up to the 5th semester. Students from private schools or boarding schools or the European School are also right with me. I'm studying mathematics and mechanical engineering at KIT in Karlsruhe and I'm in the 9th semester. I have completed my mathematics studies (Bachelor) and am now doing my second degree in mechanical engineering. I have been teaching privately and at various tutoring institutes for over 10 years and hold Abitur preparation courses at the university, in the study group and in student assistance. My area of expertise is the upper secondary school level in math, physics and chemistry with preparation for the Abitur and the subjects Math 1-3, HM 1-3, ANA 1-3, LA 1.2, TM 1-4 at universities and colleges. I am also the right choice for students who want to keep their good grade or who aim to get full points in the exam. Since I now have many students, lessons are only possible with me in Durlach or online. The tutoring can, but does not have to take place regularly. Whenever you have enough questions, you can get rid of them here. I'm looking forward to your messages. Since many have asked about the subjects, here is a detailed list of the subjects that I have already taught successfully: University: Higher mathematics (HM) 1,2.3 for mechanical engineering, physics, civil engineering. and others. Engineering courses Higher Mathematics (HM) 1,2.3 for computer scientists Mathematics 1,2,3 for economics (Wiwis) and similar Linear Algebra (LA) 1,2 for computer scientists Linear Algebra (LA) 1,2 for mathematicians or teachers Analysis (ANA) 1,2,3 for mathematicians, physicists, computer scientists, teachers statistics Technical mechanics (TM) 1,2,3,4 for mechanical engineers Technical Mechanics (TM) 1,2,3,4 for Bau-Ing. Discrete structures Numerics University: Higher mathematics (HM) 1,2.3 for mechanical engineering, physics, civil engineering. and others. Engineering courses Higher Mathematics (HM) 1,2.3 for computer scientists Mathematics 1,2,3 for economics (Wiwis) and similar Linear Algebra (LA) 1,2 for computer scientists Linear Algebra (LA) 1,2 for mathematicians statistics Technical mechanics (TM) 1,2,3,4 for mechanical engineers Technical Mechanics (TM) 1,2,3,4 for Bau-Ing. Mathematics for teaching Numerics General grammar school, vocational grammar school, European school, vocational college, vocational school, boarding school, Waldorf school and other private schools: Math 3 hrs. (Basic course) Math 5 hrs. (Intensified course Mathematics 4 hrs. Physics basic and advanced course Chemistry basic and advanced course Miscellaneous: Courses for IHK Preparation for master's examinations in the subjects of mathematics, physics, chemistry, NWA, NTG and mechanics
Tutoring · Math · Statistics
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Dariusz - AustriaC$55
C$55Economics, Mathematics, Statistics and preparation for exams
Trusted teacher: Hi, having trouble preparing for a colloquium or exam in economics? Don't worry, I'm here to help you! You're in luck because you've come across a real passionate math and economics tutor. My name is Dariusz and I have been tutoring economics and math for 3 years. For those who are not familiar with the subject, I use an approach that is based on what I call 'common sense'. I have approached many of the humanists who have had classes with me by using simple language and real-world examples to explain complex economic concepts. For example, instead of using mathematical formulas, I start with an analogy from everyday life, so when explaining the law of demand, the following rule of thumb can be used: "the more expensive something is, the less we are able to buy it". In economics, mathematics is essential to understand and solve complex problems, so I offer my students a solid mathematical knowledge that will enable them to better understand economics and deal with tasks more effectively. I have been tutoring students in science for over 3 years, with a focus on microeconomics, macroeconomics and mathematics. During the lessons, we additionally build the foundations and strengthen the knowledge of mathematics (derivatives of one variable, derivatives of two variables, linear function, quadratic function, graphical elaboration of tasks). It is possible to work together at all stages of learning. **The knowledge you gain will not only help you pass quizzes but also during exams. So, you pay for exercises, but you receive additional knowledge for the exam, which means you gain twice as much by paying once. Topics covered in the lessons: Microeconomics: - Theory of supply and demand. - Elasticity of supply and demand. - Fundamentals of consumer economic decisions (consumer). - Consumer demand. - Fundamentals of producer economic decisions (producer). - Production costs. - Perfect competition. - Pure monopoly. - Monopolistic competition. - Oligopoly. Macroeconomics: - National income accounting. - Determinants of national income. - Economic growth. - Government budget and fiscal policy. - Money and monetary policy. - Government's budget and fiscal policy. - Unemployment. - Inflation. - International trade and trade policy. - Classical model. - Keynesian model. - IS-LM model. - AS-AD model. A few words about me: BSc in economics (Poznan University of Economics and Business) with the specialization of business strategies in the global economy. MSc in economics (Vienna University of Economics and Business). It's already 3 years as I have been tutoring students from math and economics. I was facing different students with different levels of knowledge, but the most prominent lesson that my students learned from me is that it's not important what amount of knowledge you actually possess, the most crucial thing is to just start learning by baby steps. All of my students were always contented after a few first lessons and finally, they've managed to pass the exams from economics and mathematics.
Economics for students · Math · Statistics
Emmanuel - Manzini, SwazilandC$42
C$42Mathematics: Mathematics is a fascinating subject that shapes the world around us and offers numerous benefits to learners.
Algebra can be an incredibly valuable tool for you as a learner in many ways. Here are some ways in which algebra can help you: 1. Problem-solving skills: Algebra teaches you to think critically and logically, break down complex problems into smaller, more manageable steps, and find solutions. These problem-solving skills can be applied not just to algebraic equations but also to real-life situations. 2. Analytical thinking: Algebra helps develop your analytical thinking skills. You learn how to analyze patterns, identify relationships between variables, and make logical deductions. This skill is not only useful in math but also translates well to other subjects and areas of life. 3. Mathematical foundations: Understanding algebra is crucial for further studies in mathematics. It provides the foundation for advanced topics such as calculus, statistics, and physics. Without a solid grasp of algebra, progressing in these subjects can be challenging. 4. Real-world applications: Algebra has numerous real-world applications. It can help you solve practical problems such as calculating budgets, analyzing data, predicting future trends, and making informed decisions. Knowing algebra allows you to apply mathematical concepts to various aspects of everyday life. 5. Logical reasoning: Algebra requires you to think logically and follow a step-by-step approach. It strengthens your ability to reason and make connections between different concepts. This skill extends beyond math and can be beneficial in decision-making, problem-solving, and critical thinking in general. 6. Career opportunities: Many careers require a solid understanding of algebra. Fields ranging from engineering and finance to computer science and economics heavily rely on algebraic concepts. By mastering algebra, you open up doors to a wide range of professional opportunities. 7. Confidence and independence: As you become proficient in algebra, you gain confidence in your mathematical abilities. It empowers you to tackle complex problems independently, fostering a sense of self-reliance and achievement. Overall, algebra is an essential subject that can greatly benefit learners. It equips you with problem-solving skills, critical thinking abilities, and a solid mathematical foundation, all of which are valuable both inside and outside the classroom. Geometry can be a powerful tool for learners, offering numerous benefits and ways to enhance their understanding of the world. Here are some ways in which geometry can help a learner: 1. Spatial reasoning: Geometry helps develop spatial reasoning skills, allowing learners to visualize and understand relationships between objects and spaces. This skill is crucial in fields such as architecture, design, engineering, and physics. 2. Problem-solving abilities: Geometry presents learners with challenging problems that require logical thinking and creative problem-solving. By manipulating shapes, angles, and measurements, learners develop critical thinking skills and learn to approach problems from different perspectives. 3. Visual thinking: Geometry is a highly visual subject, requiring learners to visualize and work with shapes, lines, and patterns. This promotes visual thinking, enhancing the ability to mentally manipulate objects and recognize patterns and symmetries. 4. Mathematical foundations: Geometry is an essential branch of mathematics that provides a solid foundation for advanced math topics such as trigonometry, calculus, and physics. Understanding geometric concepts and principles is fundamental to mastering these subjects. 5. Real-world applications: Geometry has many practical applications in everyday life. It is used in areas such as architecture, interior design, landscaping, navigation, and even art. Understanding geometry allows learners to apply mathematical concepts in real-world situations. 6. Logical reasoning: Geometry requires learners to use deductive reasoning and logic to prove theorems and solve problems. This strengthens their analytical skills, promoting logical thinking and systematic problem-solving abilities. 7. Communication and visualization skills: Geometry involves communicating ideas using precise language and symbols. Learners develop the ability to articulate their thoughts clearly and concisely, enhancing their communication skills. Additionally, geometry helps learners represent and interpret information visually, improving their ability to read and create diagrams and models. 8. Appreciation for beauty and symmetry: Geometry exposes learners to the beauty and symmetry found in shapes, patterns, and structures. This can foster an appreciation for aesthetics and inspire creativity in various fields, including art and design. Overall, geometry offers learners a wide range of benefits, from spatial reasoning and problem-solving skills to mathematical foundations and real-world applications. By understanding and applying geometric concepts, learners can develop a deeper understanding of the world around them and cultivate valuable skills applicable to various disciplines. Statistics can be a valuable tool for learners, offering essential skills and knowledge that can be applied in various fields. Here are some ways in which statistics can help a learner: 1. Data analysis: Statistics provides learners with the tools to collect, organize, analyze, and interpret data. This skill is crucial in making informed decisions, evaluating trends, and drawing meaningful conclusions from data. 2. Problem-solving abilities: Statistics presents learners with real-world problems that require critical thinking and problem-solving skills. By applying statistical methods and techniques, learners learn to identify patterns, analyze relationships, and make predictions based on data. 3. Quantitative literacy: Statistics enables learners to develop quantitative literacy, which is the ability to understand and apply numerical information effectively. This skill is essential in areas such as finance, economics, marketing, and social sciences. 4. Decision-making and risk assessment: Statistics equips learners with the ability to evaluate risks and make data-driven decisions. Understanding concepts such as probability and inference allows learners to assess uncertainties and make informed choices based on evidence. 5. Critical thinking and skepticism: Statistics promotes critical thinking by teaching learners to question assumptions, evaluate data sources, and recognize biases or misleading information. This helps learners become more discerning consumers of information, making them better equipped to navigate an increasingly data-driven world. 6. Research skills: Statistics plays a vital role in research across various disciplines. Learners who understand statistical concepts can design experiments, collect data, and analyze findings accurately. This enhances their ability to contribute to scientific advancements and make meaningful contributions to their respective fields. 7. Analytical and problem-solving software: Statistics often involves using software tools such as Excel, SPSS, or R. Learning to work with these software enhances learners' technical skills and proficiency in data analysis, making them more marketable in today's data-driven job market. 8. Understanding the world: Statistics allows learners to make sense of complex phenomena and draw conclusions about populations based on samples. It enables learners to understand trends, patterns, and variables in various areas, including social sciences, medicine, business, and environmental studies. Overall, statistics provides learners with valuable skills and knowledge applicable in many fields. By understanding and applying statistical concepts, learners can become proficient data analysts, critical thinkers, and effective decision-makers, empowering them to make evidence-based conclusions and contribute to the advancement of knowledge in their chosen paths.
Algebra · Geometry · Statistics
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