The document discusses the history and significance of geometry and trigonometry, tracing their origins from Euclid and Greek mathematicians to their applications in modern fields such as architecture, engineering, and astronomy. It highlights the importance of molecular geometry in chemistry and the role of computational geometry in design and computer applications. Overall, geometry is presented as a foundational discipline influencing various scientific and technical areas.

2. Arnesh Nag
Kartik Sharma
Sourandranath Banerje

4. GEOMETRY WITH TRIGONOMETRY
Geometry is a field of study that has its roots in Euclid's original work which attempted to look at things on a
plane. He was interested in studying points, lines, planes, lengths, areas, angles and so on. This led to the study
of more complex things like congruency, parallel lines, polygons, angles inside of polygons and circles.
The word trigonometry comes from the Greek and means triangle measurement. Trigonometry is the study of
the relations between the angles and lengths of sides of triangles. At least that is the way it started back with a
Greek mathematician Aristarchus of Samos (310 to 230 BC). They had tables of shadow length that are just like
our tangent tables. The Babylonians and Greeks used trigonometry to do astronomy.
Today, trigonometry is introduced to students as a method for finding the missing parts of right triangles. In this
form it is used by surveyors, architects and engineers, as well as navigators and astronomers. So, it is pretty
important.
So geometry includes trigonometry as an essential part.

5. HISTORY

6. ARCHITECTURE

7. ART
Arnesh Nag

8. SPORTS

9. GEOMETRY IN CHEMISTRY
Benzene
Molecular Geometry - Molecular geometry refers to the description of the shape of polyatomic ion or a
molecule which would appear to naked eye. It is important to be able to predict and understand the
molecular structure of a molecule because many of the properties of a substance are determined by its
geometry.
Geometry is used to measure the bond angles of a bond. Example- Bond angles in double bond, triple
bond, single bond etc. If we the structure of graphite it consists of hexagons which is also related to
geometry and this hexagonal shape provides the placement of carbon atoms.
Geometry is used to find the radius of an orbits as well as the distance between two orbits.
While representing many compounds starting with cyclo prefix, the are usually denoted as a geometrical
shape.

10. BIOLOGY
Arnesh Nag

11. COMPUTATIONAL GEOMETRY
Geometry is part of the fundamentals of any type of design. It makes use of the angles and relationships
between shapes, which will eventually for parts, arches, hallways and anything else designed on a
computer.
In computers, there are various software like AUTOCAD, Unity, 3DS MAX etc. These software are used for
the various 2D & 3D applications and games and are mainly based on geometry or rightly said as
coordinate geometry. These programs are used by architects and various developers to develop various 3D
models as a blueprint or pre-design. In basis computing also geometry is used for various purposes like
placing of pixels, MS Paint, movement of cursor on screen on the screen.

12. PHYSICS

13. LEARNING OUTCOME