Scientists

Maryland, Virginia, Delaware, New Jersey, Pennsylvania, New York, Connecticut, Rhode Island, Massachusetts, Vermont, New Hampshire, Maine, North Carolina, and it also hit the Bahamas, Canada, and New England.

First off, Nikola Tesla was brilliant. The Croatian-born engineer spoke eight languages, almost single handedly developed technology that harnessed the power of electricity for household use, and invented things like electrical generators, FM radio, remote control, robots, spark plugs, fluorescent lights, and giant machines that shoot enormous, brain-frying lightning bolts. He had an unyielding, steel-trap photographic memory and an insane ability to visualize even the most complex pieces of machinery the guy did advanced calculus and physics equations in his head, memorized entire books at a time, and successfully pulled off scientific experiments that modern-day technology STILL can't replicate. For instance, in 2007 a group of lesser geniuses at MIT got all pumped up out of their minds because they wirelessly transmitted energy a distance seven feet through the air. Nikola Tesla once lit 200 light bulbs from a power source 26 miles away, and he did it in 1899 with a machine he built from spare parts in the middle of the desert. To this day, nobody can really figure out how he pulled that off, because two-thirds of the schematics only existed in the darkest recesses of Tesla's all-powerful brain.

Of course, much like many other eccentric giga-geniuses and diabolical masterminds, Tesla was also completely insane. He was prone to nervous breakdowns, claimed to receive weird visions in the middle of the night, spoke to pigeons, and occasionally thought he was receiving electromagnetic signals from extraterrestrials on Mars. He was also obsessive-compulsive and hated round objects, human hair, jewelry, and anything that wasn't divisible by three. He was also asexual and celibate for his entire life.

Results in experiments can be reported through data tables or graphs to visually represent the findings. Additionally, descriptive statistics such as means, standard deviations, and confidence intervals can be used to summarize and analyze the results.

Tesla moved to the United States in 1884. When he arrived, he worked as an assistant to Thomas Edison, then in his late 30's. Edison had just invented the electric light bulb, but he needed a system to distribute electricity to houses. He designed a DC (direct current) system, but it had many bugs in it. Edison promised Tesla lots of money in bonuses if he could get the bugs out. Tesla took the challenge and ended up saving Edison over $100,000, which was millions of dollars by today's standards. Edison later refused to keep his promise. Tesla quit not long after that, and Edison spent the rest of his life trying to discredit Tesla which is the main reason why he is so unknown today. Edison was envious of him and instead of working a relatioship and working with him, the rest is known.

Scientists use a variety of tools and instruments to measure different properties or quantities, such as rulers, balances, thermometers, microscopes, spectrometers, and sensors. The specific tool used depends on what is being measured and the precision required for the scientific investigation.

First off, Nikola Tesla was brilliant. The Croatian-born engineer spoke eight languages, almost single handedly developed technology that harnessed the power of electricity for household use, and invented things like electrical generators, FM radio, remote control, robots, spark plugs, fluorescent lights, and giant machines that shoot enormous, brain-frying lightning bolts. He had an unyielding, steel-trap photographic memory and an insane ability to visualize even the most complex pieces of machinery the guy did advanced calculus and physics equations in his head, memorized entire books at a time, and successfully pulled off scientific experiments that modern-day technology STILL can't replicate. For instance, in 2007 a group of lesser geniuses at MIT got all pumped up out of their minds because they wirelessly transmitted energy a distance seven feet through the air. Nikola Tesla once lit 200 light bulbs from a power source 26 miles away, and he did it in 1899 with a machine he built from spare parts in the middle of the desert. To this day, nobody can really figure out how he pulled that off, because two-thirds of the schematics only existed in the darkest recesses of Tesla's all-powerful brain.

Of course, much like many other eccentric giga-geniuses and diabolical masterminds, Tesla was also completely insane. He was prone to nervous breakdowns, claimed to receive weird visions in the middle of the night, spoke to pigeons, and occasionally thought he was receiving electromagnetic signals from extraterrestrials on Mars. He was also obsessive-compulsive and hated round objects, human hair, jewelry, and anything that wasn't divisible by three. He was also asexual and celibate for his entire life.

An astrobiologist studies the potential for life beyond Earth, including on other planets or moons within our solar system or beyond. They investigate how life might originate, evolve, and survive in extraterrestrial environments.

Tesla invented the alternating-current generator that provides your light and electricity, the transformer through which it is sent, and even the high voltage coil of your picture tube. The Tesla Coil, in fact, is used in radios, television sets, and a wide range of other electronic equipment - invented in 1891, no-one's ever come up with anything better.

Tesla invented the alternating-current generator that provides your light and electricity, the transformer through which it is sent, and even the high voltage coil of your picture tube. The Tesla Coil, in fact, is used in radios, television sets, and a wide range of other electronic equipment - invented in 1891, no-one's ever come up with anything better.

Science tries to explain in the simplest terms concepts that the audience would understand. And often even science does not fully understand the underlying structure of things. A body (nucleus) of an atom with other bodies (electrons) circling around it is simple to visualize. A multi-quark structure or something even stranger, perhaps made of infinitesimal strings, is much harder to understand. So scientists take liberties to afford simplicity.

she weighed 650 kg ok lol

p.s say thank u!!

1. Development of the germ theory of disease, showing that microorganisms can cause illness.
2. Pasteurization process to kill harmful bacteria in food and beverages, reducing the risk of foodborne illnesses.
3. Development of vaccines for rabies and anthrax, leading to advancements in the field of immunology.

They are easier to write and take less space. It is also a lot less confusing to read something like C3H7NO2 than "three carbons, seven hydrogens, a nitrogen and two oxygens", or to see a structure as CH3CH(COCl)CH2COOH rather than write out "three hydrogens bonded to a carbon, which is bonded to a further carbon along with one hydrogen atom and two further carbons; one of which has one oxygen and one chlorine bonded to it, the other having two hydrogens and a fifth carbon, the last having two oxygens bonded to it, and one of these also bonding to a hydrogen".

Sir Alexander Fleming wanted to solve the problem of bacterial infections and find a way to effectively treat them. He discovered penicillin, the first antibiotic, which revolutionized medicine by providing a way to combat bacterial infections that were previously untreatable. Fleming's goal was to find a way to effectively fight off these infections and save lives.

Nucleoplasm was discovered in and orchid cell, in 1831 by Robert Brown. Nucleoplasm is the fluid usually found in the nucleus of eukaryotic cells. The nucleoplasm acts as a suspension medium for the organelles of the nucleus.

The first scientist to question the idea that atoms were indivisible was John Dalton, an English chemist, in the early 19th century. Dalton proposed that atoms were not actually indivisible, as previously believed, but rather could be rearranged in chemical reactions.

Water is essential for life on Earth and exists in three main states: liquid, solid (ice), and gas (water vapor). The water cycle describes how water circulates between the Earth's surface and the atmosphere through processes like evaporation, condensation, precipitation, and runoff. Studying the water cycle is important for understanding weather patterns, climate change, and water resource management.

Albert Einstein lived in various cities throughout his life. However, he is most commonly associated with living in Bern, Zurich, Prague, Berlin, and ultimately Princeton, where he spent the later years of his life.

Alexander Fleming's discovery of penicillin in 1928 revolutionized the field of medicine by providing the first antibiotic that could effectively treat bacterial infections. This discovery led to the development of numerous other antibiotics, which have saved countless lives by combatting various bacterial diseases and infections. Today, antibiotics continue to play a crucial role in modern medicine in treating infections and preventing the spread of diseases.

Scientists who study matter include chemists, physicists, and material scientists. Chemists focus on the properties and composition of substances, physicists study the fundamental nature and behavior of matter, and material scientists explore the structure and properties of materials.

Copper is another one of those common materials whose use has been known since antiquity. Some of the earliest known mines in the world were for copper. The names of those who discovered it are lost to history.

Centries ago , a Greek philosopher , Democritus belived , that all matter was composed of extremely small particles to which he give the name Atomos meaning not to divide. During the early nineteeth centry an English scientist John Dalton , did some carefull experiment. His results convinced that atoms were not all alike .They differ in size , mass , and chemical behaviour , for example oxygen atoms are bigger and greater than hydrogen atoms.

A meteorologist uses what is known as super computers to study the atmosphere. It shows them where all the weather fronts and pressure systems are as well as all the moisture, winds, and the temperatures to come up with a forecast. There are a dozen to a couple dozen different weather models they look at to figure out what is going on in the atmosphere and what weather to expect.

I'm not sure exactly, but probably a mouldy green... :)