Up Close with a Labeled Periodic Table of Elements

A labeled periodic table is one of the most preferred and used materials for people in the science and medicine field. In here, the elements are systematically arranged, typically from the left to the right. The arrangement is according the elements’ atomic number.

This table also has two rows, the horizontal, which contains the periods, and the vertical that shows the groups. These two rows show how different each element are based on their physical and chemical characteristics. For this article the groups will be discussed while the next entry will talk about the periods

Labeled Periodic Table: The Groups

As regards to the groups, there are 18 main groups which are divided into A and B. The main groups are classified into 7 kinds. Below is the rundown.

* Metalloids

Elements under this have the properties of metals and non-metals. They belong to the group 13 to 16. Among the elements that fall under this are Boron, Germanium, Antimony, Arsenic, Polonium and Tellurium.

* Alkali Metals

They are in the 1st group in the labeled periodic table. Under this are reactive elements such as Lithium, Potassium, Cesium, Sodium, Rubidium, and Francium.

* Alkaline Earth Metals

Elements that fall to this are those that are found in the Earth’s crust. They are placed within the second group.

* Transition Metals

Ductile, malleable, conductor of electricity are the words that describe the elements under this category. Chromium, Nickel, Copper, Mercury, Silver and Gold are considered transition metals. They are under the groups 3 to 12.

* Rare Earth Elements

They are found in the third, sixth, and seventh periods. Examples of this are Cerium, Curium, Europium, and Uranium.

* Non-Metals

These brittle elements belong to the fourteenth to sixteenth group. Hydrogen, Carbon, Nitrogen, Phosphorus, Selenium and Sulfur are considered non-metals.

* Noble Gases

Elements under this are located in the eighteenth group. The noble gases are Helium, Argon, Neon, Krypton, Radon and Xenon.

If you are someone who is in the scientific field, you must consider this table as one of your closest buddies. Sure, a labeled periodic table looks confusing, but taking time to understand how it is used will surely clear out all your questions.

Periodic Table

A periodic table is a tabular chart of all the chemical elements known to man, arranged according to their atomic numbers, chemical properties and electron configuration.

The first attempt at creating something even slightly similar to today’s periodic table was in 1789 by a French chemist called Antoine Lavoisier, also known as the “father of modern chemistry”. He developed a list of 33 elements, and grouped them into metals, nonmetals, gases and earths. A few decades later, in 1869, a German chemist called Julius L. Meyer and Russian chemistry professor Dmitri Mendeleev both independently published their own periodic tables. The latter one received wider acceptance and recognition because of two important things he did. Mendeleev not only left gaps in the table for yet undiscovered elements, but he was also able to predict the properties of those missing elements, such as germanium and gallium.

Today’s periodic table consists of 118 confirmed chemical elements, arranged horizontally by their increasing atomic number, which represents the number of protons in the nucleus, and vertically in groups. Elements inside the same group usually have the same number of electrons in their valence shell, and therefore tend to have similar chemical properties. Groups are then organized into blocks, named by the shell in which the last electron resides. So, from left to right, we have the s-block, d-block, p-block and on the bottom of the table the f-block (lanthanides and actinides).
Out of 118 elements, 98 of them occur in nature, while the rest were synthesized in laboratories and officially recognized by the International Union of Pure and Applied Chemistry (IUPAC).

The periodic table can be found in every school and near every scientist alive today, as it represents both one of the biggest discoveries in modern science and a strong, trustworthy basis for all the future advancements in every scientific field imaginable.

Importance of Periodic Table of Elements with Charges

Having an updated periodic table of elements with charges will be crucial to know the chemical bonds between various elements. Chemical engineering students need to learn about the chemical reactions by studying about their properties in great detail. However, there will be little time provided for them on hand whenever they are carrying out crucial experiments. The possession of a periodic table on hand will save them from the issues of searching the atomic numbers and atomic weights of required elements. Another great feature of this handy table is that of memorizing with which students will be make to instant references when needed the most.
A periodic table with charges listed in it will prove to be valuable enough for you in carrying out chemical experiments in a robust way. Students who find it hard to memorize all the elements along with their properties and charges will find this table to be extremely beneficial for their academic and professional requirements. The data and facts provided in the table ensure that you gain maximum knowledge from the experiments you conduct. This predefined approach will be helpful for you in carrying out detailed studies about each and every chemical reaction that takes place.

Free periodic tables with necessary updates made on a regular basis are available to you instantly so that you can know the individual properties of each and every element in great detail. The properties and isotopes of all the elements could be known in a comprehensive manner with the help of a periodic table. Online versions of such a useful table could be downloaded instantly as it will benefit you extensively. Ionic charges that are mentioned in a table meant for periodic classification provides valuable insights into each and every property of all the basic elements in a detailed manner. Finding the charge of an element from the table is easy with the values provided clearly for your ready reference.

Printable Periodic Table: What You Should Know

A periodic table is an organized display of chemical elements in a tabular form. They are placed in the table on the basis of their atomic numbers, electronic configuration and the chemical properties which are recurring. The elements are organized in an ascending order of the atomic numbers i.e. the number of protons. The standard form of the table grid is 18 x 7. There is double row right below it which is a table of smaller elements. The rows of tables are known as the periods and the columns are known as the groups. The printable periodic tables are used widely in Chemistry and other sciences as it assists in analyzing chemical behavior.

There are several benefits of using a printable periodic table; let us take a look at these:

Finding Useful Elements

The periodic table will assist you in finding the element you need, very accurately. The table is in a very organized from and based on ascending atomic numbers.
It is very useful as the complete experience of using a period table is immensely easy and hassle free.

Use for Experimenting

There are elements in the periodic table which can be used for experimentation purpose. Researchers need these elements and their right uses to be able to perform experiments. The periodic table makes this process so much simpler.

For example: Hydrogen + Oxygen = Water.

Properties of Elements

Another very significant advantage of the periodic table is that it can be used to easily find out the properties and uses of the elements. It has been structured in such a way, that determining properties becomes a very convenient task.
For example: Calcium: An element that strengthens bones.

Very Orderly Organized

Another benefit of the printable periodic tables is that it is very well organized and clutter-free. It has been created so that work on elements can become much more accurate and the information can remain at one’s disposal.

Printable periodic tables are easily available online and you can choose according to your requirements.

Periodic table with charges

Mendeleev stated that ” The properties of the elements varies from member to member if the elements are placed in accordance with their increasing atomic-weight” and based on this law Mendeleev discovered the periodic table.
What is a periodic table?
A periodic table is the manifestation of periodic arrangements of elements in such a way so as to place chemically similar elements in the same vertical column.
The periodic table is divided into 7 periods which are as follows:
Period 1- Contains only two elements, Hydrogen (H) and helium (He).
Period 2- consists of 8 From Li to Ne.
Period 2 is the first short period that begins with an alkali metal Li and ends with an Inert gas Ne.
Period 3- period 3 also consist of eight elements Al, Mg, Na, Si, P, S, Cl and Ar.
This is the second short period.

Period 4- The 4th period begins with a strong electro positive alkali metal K and ends with an inert gas Kr. This period contains 18 elements and is known as the first long period.
The 4th period is subdivided into a subgroup A and a subgroup B.
The sub group A contains the elements from K to Ge and the subgroup B contains the elements such as Cu, Zn, Si, Ti, etc.
The 4th period also contains the transition elements.
Period 5- This period contains 18 elements from Rb to Xe. This period contains both typical and transition elements and is referred to as the 2nd long period of the periodic table.
Period 6- this period contains 32 elements and is known as a very long period.
This period contains the typical elements from Cs to Rn and 10 transition elements from La to Hg. This period further contains 14 rare elements or lanthanides. These elements are present in nature to a negligible extent and thus these 14 elements are also called as rare earth elements.
Period 7- Contains 19 elements and is known as the incomplete period.

Why Periodic Table with Charges Is Helpful

Did you know that chemistry, as a subject, is the most terrifying subject for beginners? The reason why many people are afraid of undertaking chemistry is because of the commonly known periodic table with charges, and many people cannot have their heads on the symbols and the formulas. Many people will keep asking the teacher to repeat on a lesson involving this, which makes it a lot harder for most of them. This is the reason why many of these people will rather handle other subjects and topics, other than have to deal with periodic table with charges each and every time there is a chemistry lesson.

The one factor that makes people be terrified a lot with the periodic table with charges is the fact that, for one, many people cannot contemplate about the charge ions in each element, hence making the subject a lot harder for them. Geniuses on the other hand find the topic and subject more appealing, as they get to explore the while range of chemical elements and how most of them can be combined to get a compound. The periodic table with charges also makes it easier for many people to handle the same with caution, as it has all the information you would require while undertaking the chemistry lesson to a whole new level.

There are many reasons why the periodic table with charges is a helping hand to the people handling organic chemistry. The first advantage is that, this table comes with full set information on the oxidation numbers, and charges on each element. This means that, as long as there is a compound to be formed, say water, and then the user will just have to refer to the periodic table with charges, hence be able to write h2o as a formula for water considering the charging rates of hydrogen and oxygen. This makes learning chemistry a lot easier and fun to learn as all the answers are just there.

The other great thing with a periodic table with charges is that it helps you know how to draw an atom of an element without much ado. The charges indicated in the periodic table guides you in knowing what factors do affect the same, and what needs to be drawn in the electric field of the same. This means that, all the answers as pertains to chemistry and organic chemistry to be precise originate from the periodic table with charges.

Periodic Table with Charges: A Must-Have for Science Students

People who are studying chemistry, periodic table with charges is a must-have for them. Perhaps students are not acquainted with the term periodic table with charges, but once they see it.It will make their lives a lot easier. It is the most basic chart or tool to understand the chemistry. Basically, the chart of periodic table was given by Mendeleev. In this table or chart all the elements existing in nature are arranged with respect to their increasing mass number. Usually in common charts on symbol of element and the mass number are provided.

There are total of one hundred and eighteen elements that are mentioned in the chart. These elements have unique atomic number for easy identification, and they are arranged in ascending order from left to right. The most important feature if the periodic table with charges is that it helps the students to determine the ionic charge of the element. The elements that are mentioned in periodic table with charges can have been positive as well as negative charge. These charges and the atomic numbers of the elements help students to identify, relate and define the properties of elements.

Periodic table with charges shows, whether the element under study has positive or negative charge. The elements that have the higher number of protons are positively charged while that element which has the higher number of electrons, it has negative charge over it. If the periodic table with charges is placed in front of the student, and he is asked to balance the equation of chemical reaction or explain it. Then the student can easily interpret the table and can tell that which element has high electrons and, which have high protons just in single glance. Interpretation of atomic numbers and atomic masses is not that easy if you are reading the conventional periodic table.

The periodic table with charges ¬†clearly tells the students that when any element, specifically metal loses some of its electron’s then solid state is turned into the gaseous state. This is not the case with non metallic elements. The non metallic elements have to gather electrons in order to turn their solid state to gaseous state. All states of metal can be easily stated, and their charges can be effortlessly read if and only if the student owns a periodic table with charges. ¬†The table is easily available in canteens of school, bookshops and chemistry labs.