Scientists

Louis Pasteur was dyslexic and dysgraphic, according to his french wiki page.

Two: Sarah (from 1915 to 1949) and Amalia (from 1953 to 1955).

Scientists use SI units because they are a standardized system based on fundamental physical constants, making it easier to communicate and compare data across different fields of study. This consistency helps to avoid errors and confusion that can arise from using different units of measurement. Additionally, SI units are recognized globally, further enhancing their utility in scientific research and communication.

Some earth scientists and their contributions include:

1. James Hutton - considered the father of modern geology for his work on the principle of uniformitarianism.
2. Marie Tharp - mapped the ocean floor and helped prove the theory of plate tectonics.
3. Charles Lyell - known for his work on geological processes and establishing the concept of deep time.
4. Rachel Carson - pioneered the environmental movement with her book "Silent Spring," which raised awareness about the impact of pesticides.

they find other things to discover...they do that so they can keep them selves busy. Most people think that when they find an answer to one ting they take breaks, that's not true scientist are very busy they have a job that is non-stop.

they take breaks at least 20-30 times a year 5-7 a month and at least 2 hours of break a day. These people are very important and that is why people need to respect them. <3 thank yo im tori and this was my first answer to u guys and hope u will most certanly enjoy.!love yuh

Alexander Fleming affected the world by accidentally inventing penicillin, the world's first commercial antibiotic. There are theories that penicillin was invented prior to Alexander Fleming, but most historians accredit the discovery to him.

Sylvia Earle is a renowned American oceanographer, explorer, and author known for her pioneering work in marine biology and conservation. She has led over 100 expeditions and was the first female chief scientist of the U.S. National Oceanic and Atmospheric Administration. Earle is a passionate advocate for marine conservation and has dedicated her life to raising awareness about the importance of protecting our oceans.

Robert Koch died in 1910 of a heart attack while on a research expedition to East Africa. He was a prominent German physician and microbiologist known for his work in identifying the causative agents of tuberculosis, cholera, and anthrax.

Galileo is famous for inventing the thermometer, perfecting the telescope, and for experimenting with gravity. No, galileo did not discover astronomy. But he sure did discover the four moons that revolve jupiter.

Louis Pasteur is credited with pioneering pasteurization in the 19th century to kill harmful bacteria in milk and other beverages by heating them to specific temperatures for set periods of time.

Alexander Fleming discovered penicillin.

scientist use observation and data by using common knowledge of all the things they already know , and by writing what the see down *Data* they can make an inference as to why something has happend

Yes, the Bohr-Rutherford model depicts electrons orbiting the nucleus, which contains protons and neutrons. The model simplifies the structure of an atom by showing electrons moving in fixed orbits around the nucleus, but it does not explicitly show the protons in orbit.

Antonie (Anton) van Leeuwenhoek (October 24, 1632 -- August 26, 1723) was a Dutch businessman who devoted much of his life to developing the microscope and investigating microorganisms.

He was born in Delft, a city in the province of South Holland in the Netherlands. He also died in Delft. Except for the six years he spent in Amsterdam as an apprentice, he spent his entire life in Delft.

Anton van Leeuwenhoek was Dutch

According to Who 2 Biography, "Alexander Fleming is famous for discovering the usefulness of penicillin as an antibacterial agent."

For more details on Fleming, see Answers.com at the Related Link.

The first is that minerals are natural, made without human intervention. Second, minerals are solid. Third, minerals are inorganic. Fourth, minerals are crystalline in composition.

They are both brilliant men, but most of Hawkings' works depend on the genius of Einstein's theories and equations. Hawkins' greatest work was "Hawkings Radiation", which wasn't completely done on his own. Basically this says that black holes will eventually disappear due to this *big cheer*. On the other hand, Einstein managed to flatten what we knew, or thought we knew, about physics, and rebuild it in a mind-blowing way. His theories reshaped the way we view space, time, velocities, light, gravity, and so much more. In doing so, reshaping all physics in a major way. His equations, such as E = mc squared, are used to determine the power of nuclear bombs! This is just a minuscule amount of what this man did for the world of physics. Also, study of Einstein's brain proved that he was physically a genius due to his massive amount of neurons present in the brain, exponentially greater than the normal human. So you see, you can't really compare the two because they both have proven and studied many different things.

Communicating results allows for transparency and peer review, ensuring the validity and reliability of the findings. It also allows other researchers to build upon previous work and advance scientific knowledge collectively. Additionally, clear communication helps the public understand and appreciate the importance of scientific research.

One famous scientist who studied thermodynamics is Ludwig Boltzmann. He made significant contributions to the field, including the development of statistical mechanics and the formulation of the famous Boltzmann equation. His work laid the foundation for our understanding of the behavior of gases and the concept of entropy.

The first one who study organism is Hooke in the 1600s. And later on microscopist Van Leeuwenhoek observe many other living organisms including cells.

Scientists publish their findings to share their research with the scientific community, advance knowledge in their field, and contribute to the overall progress of science. Publication also allows other scientists to review, critique, and build upon the work, promoting a transparent and collaborative research environment.

Barbara McClintock was a scientist who made significant contributions to the field of genetics, specifically in the study of maize chromosomes. She discovered "jumping genes" or transposons, which revolutionized our understanding of gene regulation and genetic variability. Her work laid the foundation for modern genetic research.

There is no documented evidence that Louis Pasteur had a disability. He was a renowned French biologist and chemist known for his pioneering work in microbiology and the development of the germ theory of disease.

It is important for scientists to be objective in their observations because it allows them to accurately collect data without bias. Being objective ensures that the results of their research are reliable and can be replicated by others in the scientific community. This helps to maintain the integrity of the scientific process and build trust in the findings.

Louis Pasteur avoided shaking hands due to his fear of transmitting diseases. He was a pioneer in microbiology and understood how easily germs could be spread through physical contact. As a precaution, he prioritized hygiene and preferred to maintain a distance from others.