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Scientist's rely on mathematics quite a lot on occasional topics when they have to measure large or tiny number's. For example as you can tell, measuring a cell would be very hard to do and you will obviously have a lot of numbers to deal with. Or if you're measuring distances from Earth to Pluto in meters that would have many many numbers.
if you said the distance between here and Pluto in meters were 100 000 000 000 000 000 000 000 meters away, you could just say 1x1023(not saying that actually is the distance).
hope i helped you =]
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What does being excellent at math have to do with doing well in physics and chemistry?
Physics and chemistry use mathematics in order to quantify their observations about the world. Most mathematics were invented by scientists who needed the math to quantify their work.
Why is Albert Einstein important to math?
Albert Einstein is important to mathematics primarily for his contributions to theoretical physics, which often rely on advanced mathematical concepts. His formulation of the theory of relativity revolutionized our understanding of space, time, and gravity, leading to the development of new mathematical frameworks, such as differential geometry. Additionally, Einstein’s work has inspired extensive mathematical research in areas like tensor calculus and geometric analysis, bridging the gap between mathematics and physical science. His impact extends beyond specific equations, shaping how mathematicians and scientists approach complex problems.
Who is called as the father of mathematics?
The title "Father of Mathematics" is often attributed to the ancient Greek mathematician Euclid, known for his work in geometry and for compiling the elements of mathematics in his influential book, "Elements." His systematic approach to mathematics laid the groundwork for future developments in the field. Additionally, some may refer to Archimedes for his contributions to mathematics and physics, but Euclid's foundational work is what primarily earns him this title.
Project work for additional mathematics part 2 and 3?
no
What mathematics was for Napier?
John Napier was famous for his work with logarithms.
What are five ways in which scientists work?
by communicating
What scientists work did Copernicus contradict?
He contradicted space and mathematics including a economist xx
Did scientist rely heavily or imaginationyo carry out their whork?
Scientists often rely on imagination to form hypotheses from which to work. However, once the hypothesis is formed, they work from known facts towards a solution.
Why is it necessary for scientists to work in these ways?
it help our work to b much more easy
What does being excellent at math have to do with doing well in physics and chemistry?
Physics and chemistry use mathematics in order to quantify their observations about the world. Most mathematics were invented by scientists who needed the math to quantify their work.
Why good scientists continuously review and critique the prevous work of others?
This is one of the ways by which scientific knowledge advances.
Who were the famous scientists of the 1700s?
Some famous scientists of the 1700s include Isaac Newton, who made significant contributions to physics and mathematics; Carl Linnaeus, known for his work in taxonomy and biological classification; and Antoine Lavoisier, often referred to as the "Father of Modern Chemistry" for his foundational work in the field.
Why are scientists imaginative?
Becoause they need to find difficult ways to work thing out , Though some way seem inpossible to some people :)
Introduction project work additional mathematics?
what is the introduction for the additional mathematics projects?
What did renaissance scientists base their work?
On the work of classical and medieval scientists before them.
Who do scientists show their work to?
Other scientists
How do scientists explain why this happens?
Scientists explain phenomena by using observations, experiments, and theories to make sense of the underlying principles that govern how things work. They rely on the scientific method to systematically test hypotheses and draw conclusions based on evidence. Through this process, scientists can develop models and theories to explain why things happen in the natural world.
