it is a very good presentation and it helps you to know about the maths a lot

1. MATHEMATICS

2. HISTORY OF MATHEMATICS
 The area of study is known as history of mathematics is primarily
discovered an investigation into the origin of discoveries in mathematics
and, to a lesser extend an investigation into the mathematical methods
and notation of the past.
 The study of mathematics as a study in its own right begins in the 6th
century BC with the Pythagoras, who coined the term “mathematics”
from the ancient Greek (meaning mathema), meaning “subject of
instruction“ Greek mathematics greatly refined the methods and
expanded the subject matter of mathematics.
 Beginning in Renaissance Italy in the 16th century, new mathematical
developments, interacting with new scientific discoveries, were made at an
increasing pace that continues through the present day.

3. MATHEMATICS HAS BEEN AROUND
SINCE THE BEGINNINGS OF TIME AND
IT MOST PROBABLY BEGAN WITH
COUNTING. LEARN THE HISTORY OF
MATHEMATICS, AND GET TO KNOW
SOME OF THE GREATEST
MATHEMATICAL MINDS AND THEIR
CONTRIBUTIONS.
Introduction and concepts

4. Mathematics is defined
as the science which
deals with logic of
shape, quantity and
arrangement. During
ancient times in Egypt,
the Egyptians used
math's and complex
mathematic equations
like geometry and
algebra. That is how
they managed to build
the pyramids.
What is mathematics?

5. MATH’S IS VERY USEFUL IN
NOW DAYS IN EVERYTHING
LIKE:-
IN MARKET,
IN KITCHEN,
IN BUSINESS,
IN ARTS AND ETC.
Common Uses

6. HOW THE METHODS OF MEAN, MEDIAN & MODE
ARE USED IN DAILY LIFE?
 A SHOPKEPPER KEEPS MORE STOCK OF A
PARTICULAR TYPE OF SHOE WHICH HAS
MORE SALE. HERE THE CONCEPT OF MODE
APPLIES
 THE AVERAGE DAILY EXPENDITURE IN A
MONTH OF A FAMILY GIVES THE CONCEPT
OF MEAN.
 IF 15 PEOPLE OF DIFFERENT HEIGHTS ARE
STANDING HEIGHTWISE, THEN THE
MIDDLE MAN’S HEIGHT IS THE MEDIAN
HEIGHT.

7. USING MONEY IS A GOOD WAY OF
UNDERSTANDING PERCENTAGES. AS THERE
ARE 100 PAISE IN 1 RUPEE, ONE HUNDREDTH OF
1 RUPEE IS THEREFORE 1 PAISE, MEANING THAT
1 PER CENT OF 1 RUPEE IS 1 PAISE. FROM THIS
WE CAN CALCULATE THAT 50 PER CENT OF 1
RUPEE IS 50 PAISE. THIS PHOTOGRAPH SHOWS
SEVEN INDIAN CURRENCY NOTES: A 5 RUPEE
NOTE, A 10 RUPEE NOTE, A 20 RUPEE NOTE, A 50
RUPEE NOTE, A 100 RUPEE NOTE, 500 RUPEE
NOTE AND A 1000 RUPEE NOTE. IF 50 PAISE IS 50
PER CENT OF 1 RUPEE, THEN 5 RUPEE IS 50 PER
CENT OF 10 RUPEE, 10 RUPEE IS 50 PER CENT OF
20 RUPEE ETC.
Understanding Percentage

8. YOU CAN CUT ALL SORTS OF
FRUIT AND VEGETABLES INTO
FRACTIONS: CUT A TOMATO IN
HALF, AN APPLE INTO
QUARTERS OR A BANANA INTO
EIGHTHS, ALTHOUGH YOU
WOULD HAVE TO BE VERY
ACCURATE. AN ORANGE MIGHT
HAVE 20 SEGMENTS, AND EACH
WOULD BE A 20TH OF THE
WHOLE ORANGE.
Fractions of Fruits And Vegetable

9. GEOMETRY : IT IS A PART OF MATHEMATICS CONCERNED
WITH THE QUESTION OF SIZE, SHAPE, AND RELATIVE
POSITION OF FIGURES AND WITH PROPERTIES OF SPACE.
WHERE ARE THE GEOMETRY USE ?
IT IS USED IN THE CONSTRUCTION OF THE BUILDINGS,
HOMES AND ETC.
IT IS USED TO FIND THE AREA OF ANYTHING LIKE CARPETS,
FLOOR, FURNITURE AND ETC.
Geometry

10. ARITHMETIC ( PROFIT AND LOSS, PERCENTAGE, RATIO AND
TIME RELATED PROBLEMS): THE WORD REFERS TO THE
BRANCH OF MATHEMATICS WHICH RECORDS ELIMINATORY
PROPERTIES OF CERTAIN OPERATIONS ON NUMBER.
WHERE ARE THE ARITHMETIC USE ?
IT IS USED IN THE MARKETS.
IT IS USED BY THE SHOPKEEPERS.
IT IS USED IN THE BANKS.
IT IS USED BY THE GOLDSMITH, BLACKSMITH AND ETC.
Arithmetic

11. CALCULUS : IT IS THE STUDY OF CHANGE, IN THE SAME WAY
THAT GEOMETRY IS THE STUDY OF SPACE. IT INCLUDES THE
STUDY OF LIMITS, DERIVATIVE, INTEGRALS, AND INFINITE
SERIES.
WHERE ARE THE CALCULUS USE ?
IT IS USED IN THE PHYSICS LAB.
IT IS USED IN THE SCIENCE AND ENGINEERING STUDY.
IT USED IN THE HIGHER STUDIES OF MATHEMATICS.
Calculus

12. THIS CAR IS BUILT WITH
GEOMETRY. 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
1/4 OF A SPHERE. IF A PERSON
WOULD LOOK VERY CLOSELY THE
PERSON WOULD SEE A LOT MORE
SHAPES IN THE CAR. TOO MANY TO
LIST.
Rectangle And Circles

13. SYMMETRY IN ANIMALS
Symmetry is when one
shape becomes exactly like
another if you flip, slide or
turn it.
The simplest type of
Symmetry is Reflection
Symmetry, as shown in this
picture of dog Flame.

14. SPHERE AND CUBE
This building is made up
of cubes, squares and a
sphere. The cube is the
main building and the
squares are the windows.
The doorways are
rectangle, like always.
On this building There is
a structure on the room
that is made up of a
sphere.

15. SOME APPLICATIONS
PRODUCING THE PICTURES IN THE FIRST PLACE
TRANSMITTING THE PICTURES WITHOUT
MISTAKES
Error Correcting Codes
Galois

16. MOST OF UNIVERSITY DEGREE REQUIRE MATHEMATICS.
STUDENTS WHO CHOOSE NOT TO TAKE MATHEMATICS
SERIOUSLY OR TO IGNORE IT IN HIGH SCHOOL FORFEIT
MANY FUTURE CAREER OPPORTUNITIES THAT THEY
COULD HAVE. THEY ESSENTIALLY TURN THEIR BACKS ON
MORE THAN HALF THE JOB MARKET. THE IMPORTANCE
OF MATHEMATICS FOR POTENTIAL CAREERS CANNOT BE
OVER EMPHASIZED. TO GET DEGREES IN THE FOLLOWING
AREAS ONE NEED TO HAVE GOOD KNOWLEDGE OF
MATHEMATICS AND STATISTICS.
Importance of mathematics for a future career

17. MATHEMATICS IS
BASICALLY RELATED TO
UNDERSTANDING
STRUCTURE IT IS USED TO
DO LOGICAL ANALYSIS,
MAKE RELEVANT
CALCULATIONS AND
EVENTUALLY TO DEDUCE
CONCLUSIONS. AND
PATTERN.
Importance

18. MATH'S IS UNAVOIDABLE. IT’S DEEPLY
FUNDAMENTAL THING. WITHOUT MATH, THERE
WOULD BE NO SCIENCE, NO MUSIC, NO ART. MATHS
IS A PART OF ALL OF THOSE THINGS. IF IT’S GOT A
STRUCTURE, THEN THERE’S AN ASPECT OF IT
THAT’S MATHEMATICAL.
Everything is with math

19. GREAT MATHEMATICIANS