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Raz Kupferman, Ehud de Shalit, and Itamar Cwik

קורס זה עוסק במתמטיקה של בית ספר תיכון מנקודת מבט מתקדמת. מטרתו העיקרית היא לחשוף סטודנטים לעתיד לאופן שבו מתמטיקאים רואים מקצוע זה, ובכך להכין אותם ללימודי מתמטיקה ברמת אוניברסיטה.

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Syllabus

משפט פיתגורס
1 - משפט פיתגורס בשתי היחידות הקרובות נלמד על משפט פיתגורס מכמה נקודות מבט שונות. דווקא ההיכרות עם המשפט הבסיסי לכאורה תדגים איך במתמטיקה תמיד יש דרכים חדשות להבין דברים מוכרים. ביחידה זו נראה כמה הוכחות גאומטריות של משפט פיתגורס ונדון בביטויו האלגברי
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המשך משפט פיתגורס, פונקציות
ביחידה זו נסקור כמה משפטים על שלשות פיתגוראיות ונסיים את נושא פיתגורס. לאחר מכן נתוודע מחדש למושג הפונקציה ונדון במספר דרכים שונות להציג פונקציות.
המשך פונקציות
ביחידה זו נראה איך מגדירים מתמטית מה היא פונקציה, נלמד מה גרף של פונקציה אומר על הפונקציה ונציג פונקציות בשני משתנים
הפונקציות הטריגונומטריות
ביחידה זו נלמד את המשמעות הגאומטרית של פונקציות הסינוס והקוסינוס, נראה מספר זהויות שימושיות, נחקור כמה תכונות של פונקציית הטנגנס ונסיים בהצגת הפונקציות הטריגונומטריות ההפוכות
מספרים מרוכבים
ביחידה זו נציג את המספרים המרוכבים ונלמד על התכונות הבסיסיות שלהם. לאחר מכן נראה איך פותרים משוואות במספרים מרוכבים
המשך מספרים מרוכבים
ביחידה זו נלמד על שתי ההצגות השימושיות של מספרים מרוכבים ואיך עוברים מהצגה אחת לשניה. לאחר מכן, נראה מספר שימושים של מספרים מרוכבים. נסיים את היחידה בהצגה של שורשי היחידה, שהם מספרים מרוכבים מאוד שימושיים עם תכונות יפות במיוחד
חשבון דיפרנציאלי
ביחידה זו נתוודע למושג הנגזרת, נדון במשמעות הגאומטרית של הנגזרת ונראה איך משתמשים בה בשביל לפתור סוג מסויים של בעיות מהעולם האמיתי
חשבון אינטגרלי
ביחידה זו נציג את האינטגרל ונראה את הקשר בינו לבין שטחים גאומטריים
אינטגרציה
ביחידה זו נלמד על הקשר בין אינטגרלים לנגזרות, נראה איך אפשר לנצל את הקשר הזה בשביל אינטגרציה ונחשב אינטגרלים של פונקציות אלמנטריות
אקספוננטים ולוגריתמים
ביחידה זו נלמד על פונקציות האקספוננט והלוגריתם, נראה את הקשר ביניהם ונראה מה הקשר בין כל זה לבין חשבון הב
סדרות ואינדוקציה
ביחידה זו נלמד על סדרות מושג הסדרה באופן כללי ובפרט על חשבוניות והנדסיות
המשך סדרות, מתמטיקה מהחיים
ביחידה זו נלמד על סדרות נסיגה ובפרט על סדרת פיבונאצ'י, ונלמד על עקרון האינדוקציה ואיך אפשר להוכיח באמצעותו תכונות של סדרות. לסיום הקורס, נדון בבעיה מהחיים ונראה איך אפשר לנצל תובנות שרכשנו לאורך הקורס על מנת לפתורה

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Taught by instructors who are recognized for their contributions to mathematics education
Develops core mathematical concepts that are fundamental to university-level mathematics
Exposes students to advanced mathematical perspectives that challenge their understanding
Provides a strong foundation for students pursuing further studies in mathematics or related fields
Suitable for students with a strong background in high school mathematics and an interest in exploring advanced concepts

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Reviews summary

Comprehensive math foundations

Invitation to Mathematics is a course that provides a solid foundation in high school mathematics from an advanced perspective. The course aims to prepare students for university-level mathematics studies by exposing them to the way mathematicians view the subject. Students generally find the course challenging but rewarding, with well-structured lectures and a supportive learning environment.
Supportive learning environment with dedicated instructors.
"תודה למורים על ההוראה וההקדשה."
Lectures are well-structured and engaging.
"הרצאות מעולות."
Course material is challenging but rewarding.
"מצאתי אותו מאתגר במספר נקודות ולעיתים הייתי צריך לחזור על בסיס שלא היה קיים בקורס בעצמי."
Some questions in the system are poorly worded.
"יש שאלות שלא מנוסחות טוב במערכת (כנראה בגלל שהשאלות כתובות בעברית) וזה לעיתים מתסכל כשלא ברור אם הטעות היא שלך או של המערכת."
Test format can be confusing with reversed numbers.
"מבאס רק הפורמט של הבחנים - כל המספרים הפוכים."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Invitation to Mathematics הזמנה למתמטיקה with these activities:
Review basic geometry concepts, including circles, triangles, and angles
Reviewing basic geometry concepts will refresh your understanding of the foundational principles that underpin this course.
Browse courses on Geometry
Show steps
  • Revisit your high school geometry notes or textbook.
  • Complete online practice problems on geometry concepts, such as those found on Khan Academy or Brilliant.
  • Take a practice quiz or test covering basic geometry.
Form study groups or join online forums to connect with classmates and discuss geometry problems
Engaging with peers will provide you with diverse perspectives and support in your learning journey.
Browse courses on Geometry
Show steps
  • Identify classmates who share your interests or learning goals.
  • Organize regular study sessions or join existing study groups.
  • Collaborate on solving problems, sharing notes, and discussing concepts.
Create visual aids, such as diagrams, charts, or mind maps, to summarize key concepts in geometry
Creating visual aids will help you internalize and retain the key concepts of geometry more effectively.
Browse courses on Geometry
Show steps
  • Identify the key concepts you want to summarize.
  • Choose a visual format that suits the concept, such as a diagram for spatial relationships or a mind map for interconnected ideas.
  • Create your visual aid, using clear and concise language and visuals.
Five other activities
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Show all eight activities
Explore interactive tutorials on advanced geometry topics, such as conic sections and non-Euclidean geometry
Delving into advanced geometry topics through interactive tutorials will enhance your understanding of the more complex concepts covered in this course.
Browse courses on Conic Sections
Show steps
  • Identify specific advanced geometry topics that you want to explore.
  • Search for reputable online tutorials or courses on these topics.
  • Follow the tutorials, taking notes and working through the practice exercises.
Attend geometry-related workshops or conferences to learn from experts and engage with the geometry community
Attending workshops will expose you to cutting-edge research and innovative applications of geometry.
Browse courses on Geometry
Show steps
  • Research upcoming geometry-related workshops or conferences.
  • Identify workshops that align with your interests and learning goals.
  • Attend the workshops and actively participate in discussions.
Solve geometry problems regularly to build your problem-solving skills and identify areas where you need improvement
Regular practice will strengthen your problem-solving abilities and help you overcome challenges in this course.
Browse courses on Geometry
Show steps
  • Set aside dedicated time for practicing geometry problems.
  • Start with easier problems and gradually increase the difficulty.
  • Analyze your mistakes and seek help when needed.
Contribute to open-source geometry software or online resources to deepen your understanding and connect with the community
Contributing to open-source projects will expose you to real-world applications of geometry and foster collaboration.
Browse courses on Geometry
Show steps
  • Identify open-source geometry projects that align with your interests.
  • Start by reporting bugs or suggesting improvements.
  • Gradually contribute code or documentation to the project.
Develop a project that applies geometry concepts to solve a real-world problem or explore a mathematical topic
Working on a project will allow you to apply your knowledge to practical scenarios and gain a deeper understanding of the subject matter.
Browse courses on Geometry
Show steps
  • Brainstorm project ideas that align with your interests and the course content.
  • Research and gather information on the chosen topic.
  • Develop a project plan outlining your approach, timeline, and deliverables.

Career center

Learners who complete Invitation to Mathematics הזמנה למתמטיקה will develop knowledge and skills that may be useful to these careers:
Data Scientist
Data Scientists use math and statistics to solve problems and build models. This course develops your math and statistics toolset, giving you a solid foundation for success as a Data Scientist.
Statistician
Statisticians use math and statistics to collect and analyze data. This course covers a wide range of statistics topics, providing a solid foundation for a career as a Statistician.
Quantitative Analyst
Quantitative Analysts use math and statistics to make informed decisions about investments. The probability and statistics topics covered in this course are foundational for this role.
Investment Analyst
Investment Analysts use math and statistics to make informed decisions about investments. The financial and probability topics covered in this course are highly relevant to this career.
Operations Research Analyst
Operations Research Analysts use math and statistics to analyze and improve business processes. This course provides a strong foundation in the mathematical tools used in operations research.
Credit Analyst
Credit Analysts use math and statistics to assess the creditworthiness of borrowers. The financial and probability topics covered in this course are highly relevant to this career.
Market Researcher
Market Researchers use math and statistics to understand market trends. This course covers several topics, such as probability and statistics, that are highly relevant to this role.
Data Analyst
Data Analysts build and use models to analyze data. This course covers many of the mathematical foundations of data models, teaching you the fundamentals of reasoning from data.
Risk Analyst
Risk Analysts use math and statistics to assess and manage risk. This course covers several topics relevant to this role, such as probability and statistics.
Teacher
Teachers educate students, often specializing in a particular subject. This course can help you develop the content knowledge and pedagogical skills to teach math at the high school level.
Financial Analyst
Financial Analysts use math and statistics to build models for financial markets. This course will provide a strong foundation in the math necessary for this career.
Business Analyst
Business Analysts use math and statistics to analyze data and make recommendations. This course helps build a foundation in the math and statistics skills necessary for a Business Analyst.
Software Engineer
Software Engineers design and develop software. This course's coverage of computer science topics, such as algorithms and data structures, will be helpful in a software engineering role.
Web Developer
Web Developers design and develop websites. This course's coverage of web development topics, such as HTML, CSS, and JavaScript, will be helpful for a Web Developer.
Actuary
Actuaries create and analyze models to predict financial risk. This course's coverage of probability and statistics is relevant for an Actuary. Furthermore, the business-related topics in the course will also help an Actuary succeed in their role.

Reading list

We've selected 33 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Invitation to Mathematics הזמנה למתמטיקה.
Provides a rigorous introduction to the foundations of mathematics. It covers topics such as set theory, logic, and real analysis.
Comprehensive introduction to linear algebra. It is written in a clear and concise style.
Comprehensive introduction to discrete mathematics. It covers topics such as graph theory, combinatorics, and algorithms.
Provides a comprehensive introduction to complex variables. It is written in a clear and concise style.
Provides a comprehensive introduction to partial differential equations. It is written in a clear and concise style.
Provides a comprehensive introduction to numerical analysis. It is written in a clear and concise style.
Provides a comprehensive introduction to probability and statistics. It is written in a clear and concise style.
Provides a comprehensive overview of mathematics, from basic arithmetic to advanced calculus. It is written in a clear and accessible style, making it a great resource for students who want to learn more about mathematics without getting bogged down in technical details.
Provides a comprehensive introduction to real analysis. It would be particularly useful for students who want to learn more about the theory of limits, derivatives, and integrals.
Provides a rigorous introduction to abstract algebra. It would be particularly useful for students who want to learn more about the theory of groups, rings, and fields.
Provides a comprehensive introduction to linear algebra. It would be particularly useful for students who want to learn more about the theory of matrices, vectors, and linear transformations.
Provides a collection of biographies of some of the most famous mathematicians in history. It would be particularly useful for students who want to learn more about the lives and work of these great minds.
Textbook for a calculus course. It covers the topics of calculus that are covered in this course.
Explores the relationship between mathematics, music, and art. It would be particularly useful for students who want to learn more about the creative process and the role of mathematics in our culture.
Provides a philosophical exploration of mathematics. It would be particularly useful for students who want to learn more about the nature of mathematics and its role in our lives.
Provides a historical overview of mathematics. It would be particularly useful for students who want to learn more about the development of mathematics and its impact on our culture.
Textbook for a differential equations course. It covers the topics of differential equations that are covered in this course.
Textbook for a probability and statistics course. It covers topics related to probability and statistics that can be used in this course.
Textbook for a topology course. It covers topics related to mathematical analysis that can be used in this course.
Textbook for a number theory course. It covers topics related to mathematical analysis that can be used in this course.

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