You cannot expect any method to do the job instantly, but there are several things you can do to aid the memory process.
Print a few copies of the table and put them up in places you spend most of your time, then remind yourself to keep referencing them frequently. Putting at least one in a good, visible place where you can see it at a glance, or without even consciously looking at it (such as next to your PC monitor) can be helpful. You'll be surprised how much you memorise over time without even trying.
You can also download an image to use as your wallpaper, or install an app for your mobile phone - there are Periodic Table reference apps for Android, iPhone, Symbian, RIM/BBOS, and older Java-enabled phones too.
Use phonetic pronunciations or work each line of elements into acronyms, sentences, or short stories that are more easily memorable that bland lists. Even semi-sensible gibberish that is easily memorised can aid recollection of connected data.
For instance, as a quickly improvised example, the first eleven elements (H, He, Li, Be, B, C, N, O, F, Ne, Na) could be memorised as something like "Hehe! Libby Bacon of any name." Emphasise "H He LiBe BCN OF Ne Na" as you memorise it, and practice converting back and forth to the sequence of elements in your head. It is probably better to stick to each line, or memorable groups.
You can find mnemonic phrases like this (or you could make your own up) for each line or sequence and link them together. Practice them frequently! Eventually, you will find the relevant information coming to mind even before you fully recall the mnemonic used.
The basic idea is that when arranged in a certain way (the way presented in the periodic table), elements in the same column tend to have similar properties.
Dmitri Mendeleev is credited with creating the first periodic table in 1869. He arranged the elements by increasing atomic mass and noticed a pattern in the properties of elements when organized this way, leading to his periodic table.
The periodic table places ELEMENTS in its structure. "cr(nh3)6(no3)3" is not an element and therefore has no place in the periodic table. However, if you look up its constituent parts (Cr, N, H, O, etc.) you can find out information on those elements and learn more about the molecule and its properties that way.
In chemistry, a family is a group of elements that have similar properties and react in a similar way. There are 18 families in the periodic table, each with their own unique characteristics and trends. These families are commonly referred to as groups and are labeled from 1 to 18 on the periodic table.
The periodic table of elements was invented by the Russian chemist Dmitri Mendeleev and nowadays it's the most common way to tabulate the elements.
No. If you use it frequently you will learn the parts you use. --- A bit faster way is to memorize the groups (elements from top to bottom).
The periodic table is arranged by the Atomic Number
The periodic table is set out in a pattern that provides a great deal of information about the elements. Understanding the way the table is structured will help to understand how elements will behave and react. A study of the patterns will be a great aid in learning about chemicals and why they work in the way they do.
The xkcd periodic table is a humorous and creative take on the traditional periodic table of elements. While it may not have direct scientific significance in the field of chemistry, it serves as a fun and engaging way to introduce people to the elements and their properties. It can help spark interest in chemistry and make learning about the periodic table more enjoyable for students and enthusiasts.
The basic idea is that when arranged in a certain way (the way presented in the periodic table), elements in the same column tend to have similar properties.
Dmitri Mendeleev is credited with creating the first periodic table in 1869. He arranged the elements by increasing atomic mass and noticed a pattern in the properties of elements when organized this way, leading to his periodic table.
The periodic table places ELEMENTS in its structure. "cr(nh3)6(no3)3" is not an element and therefore has no place in the periodic table. However, if you look up its constituent parts (Cr, N, H, O, etc.) you can find out information on those elements and learn more about the molecule and its properties that way.
no because if you look back in time more they didn't know as much as we do now so we learn more over time so if you looked back in time you wold see that there would be gaps in random spots on the periodic table. :)
In chemistry, a family is a group of elements that have similar properties and react in a similar way. There are 18 families in the periodic table, each with their own unique characteristics and trends. These families are commonly referred to as groups and are labeled from 1 to 18 on the periodic table.
No it is the other way around. The majority of elements in the periodic table are metals.
it helps you to learn in a fun way
He is credited as being the creator of the first version of the periodic table of elements. Using the table, he predicted the properties of elements yet to be discovered.