Scientists

The 1858-1947 Max Planck commemorative coin doesn't have a set price as it depends on factors like condition and rarity. You may need to check with numismatic experts or browse online marketplaces to get an estimate of its value.

Scientists can tell whether something is right or wrong in an experiment. If scientists were not honest, then the results of their experiments could be skewed to match their hypothesis or to please others. All scientists must do this in order to maintain the best unbiased results.

without these vaccines and cures many people would die. he created many cures for the most deadly diseases including rabies. also now our drinks wont go bad right away because he made the process of pasteurization. now when we get sick we wont die. he was so important. and he was considered one of the most important men in the medical buisness. he even cured a 9 year old boy

Arihant jain,Ansh Balde,Siiddharth Barpanda,Shreyas awashi,Gaurav Didwania

Early man may not have practiced science in the way we understand it today, but they did observe and experiment with the natural world to improve their survival and solve problems. Their understanding of the world was based on trial and error, and they used this knowledge to develop tools, techniques, and ways of living that were essential for their survival.

Thomas Edison and Nikola Tesla had a professional rivalry. Edison favored direct current (DC) electricity while Tesla championed alternating current (AC) technology. This led to conflict between them, especially during the "war of the currents." Despite this, they both respected each other's work and contributions to science and technology.

Louis Pasteur's favorite book was "The Count of Monte Cristo" by Alexandre Dumas.

Since Nikola Tesla was one of the brightest inventors of the late 19th to early 20th century, writers and storytellers have made references to him in works of fiction. This happens either because of his actual devices and historical importance, or to describe his ways of thinking and the ways he pictured a device in his head before starting work on it (as in the biographical drama The Secret of Nikola Tesla [1980], with Orson Welles as J. P. Morgan,) or to introduce fictional inventions with him as the inventor of seemingly impossible things (as in the movie The Prestige [2006] where a magician has Tesla build him an electrical device that can duplicate any object including the magician himself.)

As a fiction element (or an element in fiction,) the sort of fiction element Nikola Tesla would be is a character. More specifically, he would be a historical character. In a work of fiction, a historical character may be either fictionalized, or referenced factually as background information for other characters. A historical character may also be depicted in a history or documentary, which uses only historical photos and documents (such as the documentary film Nikola Tesla: The Genius Who Lit the World.)

A fictional element of Nikola Tesla (as distinct from a fiction element) is Unobtainium, an element which Tesla claims to have discovered in the plot of "Unobtainium 2012" a participatory drama festival in Dale, Texas, November 10th and 11th, 2012. (The fictional element Unobtainium has a long history going back to the 1950s, and is not usually associated with Tesla.)

Germs were discovered in the late 17th century by Antonie van Leeuwenhoek, a Dutch scientist, who observed microorganisms through a microscope. This marked the beginning of the field of microbiology.

Scientists can use computer simulations, mathematical models, and observational studies to test predictions for situations where experiments are impossible or unethical. These methods allow researchers to make predictions based on existing data, theories, and principles without conducting actual experiments.

Scientists use composition books because they have a sewn or glued binding that prevents pages from falling out, ensuring that important data and notes are kept intact. Additionally, the sturdy cover provides more durability for long-term storage and reference. Spiral notebooks may be less preferred as they can easily snag on other materials and the spirals can bend or break, compromising the integrity of the notebook.

Edison's direct current was the system used in the late 1800's. This system brought problems like electrocutions and house fires. Tesla was offered 50,000 dollars to get this system working properly and as a matter of fact, it was his first job when he came to the United States. Edison got the work done and refused to pay so tesla quit and started his own company. Tesla beat Edison on lighting the whole world with his alternating current system.

Polyphase Alternating Current.................1883

Earthquake Machine ...............................1887

Radio Technology.....................................1891

Robotics...................................................1893

X-ray Technology .....................................1894

Broadcast Power ......................................1900

Electromagnetic Pulse..............................1901

Radar Technology ....................................1915

Particle Beam Weaponry ..........................1917

Death Ray................................................1943

Robert Hooke

actually there is no such thing as non-living cells, there is a thing called dead cells.

really you should just call them non-living. it uses the term 'non-living' in most science books, so I'm assuming that non-living would be a proper term.

Measurements are crucial for scientists as they provide objective data to support or refute hypotheses. Accurate measurements ensure that results are reproducible and verifiable, which are fundamental principles in scientific research. Additionally, measurements help scientists quantify relationships between variables and make comparisons between different studies.

It has been updated as we know more about the atom as technologys improve, we know there are S,P,D and F orbitals which all have a different shapes.

Basically we know more about the atom and know that there arent spherical clouds of whizzing electrons, thre is a more complex structure.

i now this is not the answer but i wont to now to i have a paper to and its asking about it

Scientists use a single system of units, such as the International System of Units (SI), to ensure consistency, accuracy, and ease of communication between researchers worldwide. Using a standardized system avoids confusion and errors that can arise from the use of different units in scientific measurements and calculations.

Because the math is a lot easier that way. Most countriesuse SI units for the same reason. The US really bungled its introduction of SI, so people got the idea it was "hard" when in fact it's a lot simpler if you just force yourself to get used to it.

Depending on the size/importance of the experiment, they can either simply repeat as normal or if needed gather more resources for the experiments. Scientists always perform experiments at least three times, to make sure nothing is abnormal in an experiment.

Some of the first scientists to study chemistry include alchemists such as Jabir ibn Hayyan in the Islamic Golden Age and Robert Boyle in the Western world during the 17th century. These pioneers helped establish the foundation for modern chemistry through their investigations and experiments.

100 degrees Celsius is the boiling point of water under normal atmospheric conditions.

No, Humphry Davy was not blind. He was a chemist and inventor who made significant contributions to the field of electrochemistry and the study of gases. He is best known for discovering several chemical elements.

Scientists can use basic properties of matter, such as melting point, boiling point, density, and solubility, to help identify an unknown substance because each substance has unique characteristics that can be compared to known values. By analyzing these properties and comparing them to known data, scientists can narrow down the possibilities and make an educated guess about the identity of the unknown substance.