Mathematicians

Georg Cantor became famous for his revolutionary work in set theory. He developed the concept of different sizes of infinite sets and proved that there are more real numbers than natural numbers. Cantor's work laid the foundation for modern mathematics and had a profound impact on fields such as analysis and topology.

Since four fifteens means four sets of fifteen, four times 15 makes 60.

That ur stupid and get off of wiki answers and hit the books. ....LOL:{)

Example 1: Jack owes his friend Sarah $50. He pays her back by giving her $30. How much money does Jack still owe Sarah? Solution: $50 - $30 = $20 Jack still owes Sarah $20.

Example 2: A football team starts a game with a score of -10. They score 7 points. What is their new score? Solution: -10 + 7 = -3 Their new score is -3.

His biography, written by his friend Heracleides, has been lost, so nobody knows for sure.

0.17 is greater than 0.01

1. John Napier was a Scottish mathematician and astronomer born in 1550 and known for his contributions to logarithms.
2. He invented the concept of logarithms, which simplified complex calculations by converting them into simpler addition or subtraction operations.
3. Napier also invented the Napier's bones, a calculating device that used rods or bones with numbers inscribed on them to perform multiplication and division.
4. He was a pioneer in the field of spherical trigonometry and made significant advancements in the study of logarithmic and exponential functions.
5. Napier was a member of the Scottish nobility and held the title of Laird of Merchiston.
6. He was a devout Protestant and played a significant role in the Protestant Reformation in Scotland.
7. Napier wrote several influential mathematical textbooks, including "Mirifici logarithmorum canonis descriptio" (Description of the Wonderful Canon of Logarithms).
8. He had a deep interest in the occult and alchemical studies, which influenced some of his mathematical and scientific ideas.
9. Napier was an avid astronomer and worked on methods to calculate the positions of planets and stars.
10. His inventions and contributions laid the foundation for modern computation and greatly influenced the development of mathematics and science.

In my understanding, the reason why Indian Mathematicins developed this concept of Binary System could be the joy of creativity or curiosity or appreciation of patterns (i.e., beauty) or all of them together.

As a matter of fact, most of the concepts in mathematics which we use today was indeed developed by Indian mathematicians many thousand years ago.

- For example, before Issac Newton, 6 millenium before Newton's time, Calculus was invented by Indian Mathematician "Jyesthadeva", in his book "YuktiBhasha" consiered as the "first book of Calculus".

- Indian Mathematicians invented the decimal & numeral systems (the word "deci" has it's root in sanskrit word "dasa", which means ten).

- Algebra was invented in India, which later was introduced to Arabic mathematicians, who then introduced it to the west. The Arabian Al-Kwarazmi who translated Indian mathematician's work in Sanskrit to Arabic language -

- The name "Algorithm" derives from his name "Al-kwarizmi"

- Fibonacci, Pythagorous, BinaomialPolynomial theorms, etc. were all invented many millenium years ago before they were done in the Greek/west.

Sridhar

No, Archimedes, the ancient Greek mathematician, did not win a best dance prize. He was primarily known for his contributions to mathematics and physics, such as his principle of buoyancy and his work on calculating the value of pi. Dancing was not his area of expertise or focus.

A triangular pyramid has three lines of symmetry. Each of these lines connects a vertex of the base to the midpoint of the opposite edge on the base.

Aristotle studied a wide range of subjects, but one of the main subjects was Biology.

Blake would earn $492. This is calculated by multiplying the cost of the lunch special ($6) by the number of customers who ordered it (82).

actually,he had so many wifes that none of their names could be rembered

After Nancy transfers the 11 movies, she will have used 11 x 0.25 = 2.75 gigabytes. Since she has already used 4.3 gigabytes, the total used space will be 4.3 + 2.75 = 7.05 gigabytes. Therefore, she will have 8 - 7.05 = 0.95 gigabytes of free space left on the memory card.

The common prime factors of 18 and 36 are 2 and 3. Both numbers can be divided evenly by 2 and 3.

Sierpinski refers to Waclaw Sierpinski, a Polish mathematician who made significant contributions to topology, number theory, and set theory. He is particularly known for his work on the Sierpinski triangle and the Sierpinski sieve, which are named after him. He also made important contributions to the theory of functions and the theory of interpolation.

You could call it writing a number in different forms.

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Oh, dude, Leonardo Fibonacci totally tied the knot! Yeah, he got married to a lovely lady and probably had a super fun wedding with some Fibonacci sequence-inspired decorations. Like, can you imagine the seating chart following that sequence? Hilarious!

It is an expression that can be simplified to: 32ce

1.5, 2.25 and 572.25, when added together is one possible set of numbers.

Garrett Augustus Morgan was born to former slaves Sydney Morgan and Elizabeth Reed in 1877 in Paris, Kentucky. He was the seventh of eleven children in the family. Morgan's family faced significant challenges due to their status as African Americans in the post-Civil War era, but his parents instilled in him a strong work ethic and determination that would later shape his successful career as an inventor and entrepreneur.

Your question very hard to understand! I never knew something as arcitect! if it is Architect then it is not what it is who.

Answer if q? is Who is Architect?:

One who plans how the building is going to look like draws the basic outline and interior and exterior stuffs (not decorations but buildings) plans where the windows and doors must be placed on! Plans the place for stairs and parking and more! The design can be for anything Home, Court, Palace, Bridge.

Either Leonhard Euler, if counting by single authorship, or Paul Erdös, if counting by collaborative publications.

yes he did that's why is where he was before he passed away