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    Mathematics 101

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    • Reminder of Fundamentals
      • 1.1Basic Arithmetics
      • 1.2Introduction to Numbers
      • 1.3Simple Equations
    • Advanced Arithmetics
      • 2.1Multiplication and Division
      • 2.2Fractions and Decimals
      • 2.3Basic Algebra
    • Introduction to Geometry
      • 3.1Shapes and Patterns
      • 3.2Introduction to Solid Geometry
      • 3.3Concept of Angles
    • In-depth Geometry
      • 4.1Polygon and Circles
      • 4.2Measurements - Area and Volume
      • 4.3Geometry in the Everyday world
    • Deeper into Numbers
      • 5.1Integers
      • 5.2Ratio and Proportion
      • 5.3Percentages
    • Further into Algebra
      • 6.1Linear Equations
      • 6.2Quadratic Equations
      • 6.3Algebraic Expressions and Applications
    • Elementary Statistics & Probability
      • 7.1Data representation
      • 7.2Simple Probability
      • 7.3Understanding Mean, Median and Mode
    • Advanced Statistics, Probability
      • 8.1Advanced Probability Concepts
      • 8.2Probability Distributions
      • 8.3Advanced Data Analysis
    • Mathematical Logic
      • 9.1Introduction to Mathematical Logic
      • 9.2Sets and Relations
      • 9.3Basic Proofs and Sequences
    • Calculus
      • 10.1Introduction to Limits and Differentiation
      • 10.2Introduction to Integration
      • 10.3Applications of Calculus
    • Calculus
      • 11.1Introduction to Limits and Differentiation
      • 11.2Introduction to Integration
      • 11.3Applications of Calculus
    • Trigonometry I
      • 12.1Basic Trigonometry
      • 12.2Trigonometric Ratios and Transformations
      • 12.3Applications of Trigonometry
    • Trigonometry II & Conclusion
      • 13.1Advanced Trigonometry
      • 13.2Trigonometric Equations
      • 13.3Course conclusion and wrap-up

    In-depth Geometry

    Geometry in the Everyday World

    branch of mathematics regarding geometric figures and properties of space

    Branch of mathematics regarding geometric figures and properties of space.

    Geometry, the branch of mathematics concerned with the properties and relations of points, lines, surfaces, solids, and higher dimensional analogs, is not confined to textbooks. It is a fundamental part of our everyday life. This unit explores the presence and application of geometry in architecture, nature, and art.

    Geometry in Architecture

    From the ancient pyramids of Egypt to the modern skyscrapers, geometry plays a crucial role in architectural design. It provides a visual understanding of the structures and helps architects to design and calculate structural load.

    In Indian architecture, geometry has a significant role. The ancient temples of India, such as the Konark Sun Temple and the Brihadeeswarar Temple, showcase intricate geometric patterns. These patterns are not only aesthetically pleasing but also have specific symbolic meanings.

    Modern architecture also heavily relies on geometry. For instance, the design of the Lotus Temple in Delhi is based on the shape of a lotus flower, involving complex calculations of angles and curves.

    Geometry in Nature

    Nature is filled with examples of geometric shapes and patterns. The symmetry of a snowflake, the spiral pattern of a pinecone or a sunflower, the hexagonal cells of a beehive, all exhibit geometric principles.

    The Fibonacci sequence, a series of numbers in which each number is the sum of the two preceding ones, often appears in nature and is closely related to the "golden ratio". This ratio is seen in the arrangement of branches along the stems of plants, in the structure of crystals, and even in the spirals of galaxies.

    Geometry in Art

    Artists have used geometry to create beautiful and compelling works of art for thousands of years. The principles of geometry are used in composition, design, and perspective.

    Indian art, especially, is rich in geometric patterns. Rangoli, a traditional Indian art form, involves creating patterns on the floor using colored powders or flowers. These patterns are often symmetrical and based on dot grids, showcasing a variety of geometric shapes.

    In modern art, the Cubist movement led by artists like Pablo Picasso and Georges Braque used geometric shapes to depict subjects from multiple viewpoints.

    In conclusion, geometry is not just a mathematical concept but a universal language that describes our world. From the buildings we live in, the natural world around us, to the art we create and appreciate, geometry is omnipresent, making our lives orderly and comprehensible.

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