At that time, scientists knew some of the properties of more than 60 elements. However, no one had organized the elements according to these properties; making it harder for scientists to understand how elements interact with each other.
The Mendeleev law of periodicity was discovered only in 1869.
because nobady had organized the, yet (they were lazy), and they couldnt find how to oginize them so it could have a pattern.
Iron was discovered long before we had people who could be called scientists.
People knew there were elements around them
zinc was one of the elements found in 1526
they aren't, they're in numerical order
because nobady had organized the, yet (they were lazy), and they couldnt find how to oginize them so it could have a pattern.
What tools did scientists use to look in to elements before they had the right kind of tools
before it there was no organization, but the first periodic table was organized by atomic mass.
because he wanted to carry on from the scientists trying to before
11 elements were known prior to 1700. The elements are copper, sulfur, silver, tin, antimony, gold, mercury, lead, bismuth, phosphorus, and carbon.
Dimitri Mendeleev developed the law of periods and the periodic table, and described the properties of several elements before they were isolated by scientists.
The biggest naturally element is uranium. Scientists have made new elements by merging different elements, but most of these elements just live in some seconds before they spilt again, and aren't considered as natural elements.
Scientists were called natural philosophers before 1840.
They can get frustrated with you but they will always love you!
They didn't snakes were around before scientists
Scientists can study natural environmental elements (such as trees, layers of silt and clay at the bottom of bodies of water, etc.) in order to glean data about climates dating back to thousands or even millions of years before.
Before the scientific revolution scientists would do mostly observations. These observations are what lead to the rise of patterns and the need for the scientific revolution.