Mathematics is applied directly and indirectly in many aspects of daily life. [Geometry is used in nature like honeycomb cells and in car design with circles, rectangles, and quarter spheres.] [Medicine uses protein modeling and geometry.] [Engineering applies math to determine materials and solar energy.] [Forensics uses calculus to clarify blurred images.] [Trigonometry helps find heights of objects.] [Number theory creates codes and helps with bulk purchasing costs.] [Calculus studies change and is used in acceleration, satellite movement, and more.] Mathematics plays a key role in many fields.

1. APPLICATION
OF
MATHEMATICS
IN
DAILY LIFE

3. ABSTRACT:
Introduction-Geometry in-
Nature, cars -Math in
Medicine, Engineering,
Forensic -Trigonometry-
Number theory-Calculus-
conclusion.

4. INTRODUCTION:
In our daily life, we use mathematics
in various fields. This paper portraits
the role of mathematics in all aspects
of our daily life. We know that
mathematics is applied directly or
indirectly in our everyday life. Let us
see some of their applications below:

5. GEOMETRY IN:
NATURE (hexagon):
A honeycomb is an array of hexagonal (six sided)
cells, made of wax produced by worker bees.
Hexagons fit together to fill all the available space,
giving a strong structure with no gaps. Squares would
also fill the space, but would not give a rigid structure.
Triangles would fill the space and be rigid, but it
would be difficult to get honey out of their corners.

7. CARS:
The wheels and lights are circles, the
doors are rectangular prisms, the main
area for a person to drive and sit in it a
half a sphere with the sides chopped off
which makes it ¼ of a sphere. If a person
would look very closely he would see a
lot more shapes in the car. Too many to
list.

8. MATH IN:
MEDICINE (Protein modeling):
Much of the function of a protein is determined by
its shape and how the pieces move. Mad cow
disease is caused by the introduction of a “shape”
into the brain (a shape carried by a protein).Many
drugs are designed to change the shape or motions
of a protein something that we are just now
working to model, even approximately, in
computers, using geometry and related areas.

9. ENGINEERING:
If it is rainy and cold outside, you will be happy to stay at a home
while longer and have a nice hot cup of tea. But someone has built
the house you are in, made sure it keeps the cold out and the
warmth in, and provided you with running water for the tea. This
someone is most likely an engineer.
Engineers are responsible for just about everything we take for
granted in the world around us, from tall buildings, tunnels and
football stadiums, to access to clean drinking water. They also
design and build vehicles, aircraft, boats and ships. What’s more,
engineers help to develop things which are important for the
future, such as generating energy from the sun, wind or waves.
Mathematics is involved in everything an engineer does, whether
it is working out how much concrete is needed to build a bridge,
or determining the amount of solar energy to power a car.

10. FORENSIC:
Mathematics is applied to
clarity the blurred image to
clear image.
This is done by using
differential and integral
calculus.

11. TRIGONOMETRY:
The first
trigonometric table was
apparently compiled by
Hipparchus, who is
now consequently
known as “The father
of trigonometry”.
 It helps us to find us
the height of the
objects.

12. NUMBER THEORY
It is the branch of pure mathematics concerned with properties
of numbers.
It is used for creating codes for ATM/Credit cards.
An article in The Sunday Times in June 2004 revealed the
fact that you can’t even assume that buying larger bags of
exactly the same pasta would work out cheaper. It is said that in
many of the supermarkets buying in bulk, for example picking
up a six-pack of beer rather than six single cans, was in fact
more expensive.
The newspaper found that the difference can be as much as
30%. The supermarkets chains may be exploiting the assumption
people have that buying in bulk is cheaper, but if you work it out
quickly in your head you’ll never be caught out.

13. CALCULUS:
It is the study of change.
It includes limits, derivatives,
integrals and infinite series.
It helps us to find the area of figures,
to know the acceleration of a car
moving in a highway with a uniform
speed. Also the movement of an
artificial satellite, ship etc.

16. CONCLUSION:
At the nut shell, we came to know about
some of the applications of the
mathematics. These are just few in our
daily life.

17. THANK YOU

18. DONE
BY
SUDHARSAN.S
AND
SRIMANIKANDAN.B
I CSE-C