An informed and curious person need some knowledge about all chemical elements.
There is no need to name them. They have already been named
Look on a periodic table of the elements. If you can't figure it out from there, you don't really need to know.
It is easier to study the properties of elements if they are arranged properly.
PeuPeuKarlrulez777:they need to be discovered somewhere in the world
The elements with same properties need to be grouped together. So that it is easier to study the elements
No, you do not need to memorize the entire periodic table for chemistry. It is more important to understand the trends and patterns within the table and how elements interact with each other. Familiarity with the table can be helpful, but it is not necessary to memorize every element.
The periodic table should be memorized because it will make you know the symbols without searching for them all of the time. If you are in school, it is very likely that you will be tested on the table.
you will find almost everything about the element in the periodic table like its atomic mass and its atomic number, chemical affinity also its electronegative but you wont find when the element was discovered or weather it is found in free state or oxides in nature
The periodic table itself will not tell you if an element is a gas or not. All elements have a melting point and a boiling point. For this information you need to look at a table of the PROPERTIES of the elements. However, all the elements in column 18 and many of the elements towards the top of column 17 and to some extent 16 are gasses at room temperature, as are all the elements in row 1.
The periodic table organizes elements based on their similar chemical properties and atomic structure, which allows scientists to predict properties of unknown elements and compounds. It serves as a fundamental tool in chemistry and other related fields to understand the properties and behavior of elements and their interactions.
He was bold enough to reverse the order of some pairs of elements and to predict that their atomic masses were incorrect. Some of these predictions were correct, but others were not, because we now know that the fundamental basis of the periodic table is atomic number rather than atomic mass.
The atomic number is equivalent to the number of protons in the nucleus. See the Periodic Table of elements at the link below.