Mathematicians

Ramanujan got many formulas, one of them "The Algorithm for Pi"

9801*sqrt2/4412

Gomene, I am also searching for the answer so I thought that the answer would be here and I didn't actually think I am the one who will suppose to answer this

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It is 54.2 degrees.

Nicolau Nasoni died in 1773.

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Carl Friedrich Gauss had a variety of interests beyond mathematics and science. He was known to enjoy music and was an accomplished violinist, often attending concerts and engaging in musical activities. Additionally, Gauss had a passion for astronomy and spent time observing celestial events, which complemented his scientific pursuits. His diverse interests reflect a well-rounded personality, contributing to his creative problem-solving abilities.

The name René Descartes is pronounced as "ruh-NAY deh-KART." The accent on the "é" in René gives it a long "ay" sound. In French, the "c" in Descartes is pronounced like a hard "k," and the final "s" is silent.

Oh, dude, a mathematician might draw... like, shapes and graphs and stuff. You know, all those lines and numbers that make your head spin? Yeah, they're into that. But hey, if you ask me, I'd rather draw a stick figure or a smiley face. Math is cool and all, but like, can we just stick to doodles?

4 times 50 is equal to 200. This can be calculated by multiplying 4 by 50, which equals 200. Multiplication is a mathematical operation that involves repeated addition, in this case, adding 50 four times to get the final result of 200.

Well, let's focus on the positive here. Sir Isaac Newton's father passed away before he was born, and his stepfather passed away when he was a young boy. Despite these losses, Newton went on to become one of the greatest scientists in history, showing us that even in the face of hardship, we can still achieve great things.

Portability and simplicity are the features of Napier's bones. The item in question represents the invention of Merchiston Tower, Scotland-born astronomer, mathematician, and physicist John Napier (1550 - 1617) to add, divide, multiply, square root, and subtract by way of a board accommodating 10 strips, each with eight rows of sequentially arranged numbers.

He had no biological children, but he was married to Janaki Ammal.

Janaki Ammal adopted a child and she lived long enough for many of us to know more about the genius of Srinivasa Ramanujam.

Oh, dude, it was actually Alfred Wegener who came up with the idea of continental drift and the theory of plate tectonics, not Cartesian plates. But hey, close enough, right? Like, who even needs to remember all those old dead scientist names anyway?

In 1822, Charles Babbage develops a working model of a mechanical computer called Difference Engine powered by steam. It can store the programs to perform calculations and print the result automatically. Later in the year 1837, he designs the first mechanical computer knows as Analytical Engine which could do the complicated calculation and store the result at each stage. This Analytical Engine laid the basis for the modern computer due to which Charles Babbage is also known as the Father of Computers.

jose has $20 to spend on bowling. The bowling alley charges $2.25 per game and $5 to rent a pair of bowling shoes. If Jose needs to rent bowling shoed , what is the greatest number of games he can afford with the money he has ?

Since 81 isn't an even number it has to either be in fraction or decimal form such as 40.5 or 40 1/2

Using the BIDMAS (Brackets, Indices, Division and Multiplication, Addition and Subtraction) rule, we first simplify the expression inside the brackets: 8 + 4 = 12. Then, we multiply 2 by 12 to get 24. Finally, we subtract 7 from 24 to get the final answer of 17.

Oh, dude, you're hitting me with some math here? Like, okay, let me think for a sec. So, 21 can go into 170 like around 8 times. But hey, don't quote me on that, I'm just here for the jokes, not the math!

When you multiply 4 by 0.6, you are essentially finding 4 groups of 0.6. This can be calculated by multiplying 4 by 6 (which equals 24) and then moving the decimal point one place to the left, resulting in 2.4. So, 4 multiplied by 0.6 equals 2.4.

When Thales rubbed the amber with the silk cloth, he was observing the phenomenon of static electricity. The friction between the amber and silk caused the transfer of electrons, with the amber becoming negatively charged and the silk becoming positively charged. This separation of charges created an electric field around the amber, leading to the attraction of lightweight objects like feathers or small pieces of paper. This experiment marked one of the earliest recorded observations of electricity and laid the foundation for the study of electromagnetism.

Oh honey, where do I even start? We've got the OG Pythagoras, the genius Archimedes, the badass Ada Lovelace, and of course, the one and only Isaac Newton. These math wizards were slinging equations and theorems way before it was cool. So, bow down to these brainiacs who paved the way for all the math nerds out there.

A group of mathematicians is commonly referred to as a "mathematical society" or a "mathematics community." These groups often consist of professionals, researchers, and academics who share a common interest in the field of mathematics. They may gather to collaborate on research, share knowledge, and discuss advancements in the field.

A heptagon has seven sides, so it will have seven lines of symmetry. Each line of symmetry will pass through a vertex and the midpoint of the opposite side. These lines divide the heptagon into mirror-image halves, making it symmetrical.

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