What id the charge of elements on the periodic table?

Gold id an element, symbol Au (see the periodic table.) All elements are substances but very few substances are elements.

The atomic number for sulfur id 16 on the periodic table of elements and it has the atomic weight/mass of 32.06.and the chemical symbol is the letter "C".

http://cache.eb.com/eb/image?id=7445&rendTypeId=4 Copy and paste the above link. Don't be confused by the very long words such as actinides, or superheavy elements, just look at the elements themselves.

The periodic table is a tabular display of the chemical elements, organized on the basis of their atomic numbers, electron configurations, and chemical properties. Elements are presented in increasing atomic number. The main body of the table is a 18 × 7 grid, and elements with the same number of valence electrons are kept together in groups, such as the halogens and the noble gases. There are four distinct rectangular areas or blocks. The f-block is usually not included in the main table, but rather is floated below, as an inline f-block would often make the table impractically wide. Using periodic trends, the periodic table can help predict the properties of various elements and the relations between properties. As a result, it provides a useful framework for analyzing chemical behavior, and is widely used in chemistry and other sciences.

Name: Rutherfordium Symbol: Rf Atomic number: 104 Atomic weight: [ 267 ] Standard state: presumably a solid at 298 K CAS Registry ID: 53850-36-5 Group in periodic table: 4 Group name: (none) Period in periodic table: 7 Block in periodic table: d-block Color: unknown, but probably metallic and silvery white or Grey in appearance Classification: Metallic

Name: Hassium Symbol: Hs Atomic number: 108 Atomic weight: [ 270 ] Standard state: presumably a solid at 298 K CAS Registry ID: 54037-57-9 Group in periodic table: 8 Group name: (none) Period in periodic table: 7 Block in periodic table: d-block Color: unknown, but probably metallic and silvery white or Grey in appearance Classification: Metallic

Name: Ununhexium Symbol: Uuh Atomic number: 116 Atomic weight: [ 293 ] Standard state: presumably a solid at 298 K CAS Registry ID: 54100-71-9 Group in periodic table: 16 Group name: Chalcogen Period in periodic table: 7 Block in periodic table: p-block Colour: unknown, but probably metallic and silvery white or grey in appearance Classification: Metallic

Name: Ununoctium Symbol: Uuo Atomic number: 118 Atomic weight: [ 294 ] Standard state: presumably a gas at 298 K CAS Registry ID: 54144-19-3 Group in periodic table: 18 Group name: Noble gas Period in periodic table: 7 Block in periodic table: p-block Colour: unknown, but probably a colourless gas Classification: Non-metallic Not naturally occurring that we know of and unstable.

16 is the atomic number. s is the symbol of the element. sulfur id the name of the element. 32.06 is the atomic mass.

Name: Radium Symbol: Ra Atomic number: 88 Atomic weight: [ 226 ] Standard state: solid at 298 K CAS Registry ID: 7440-14-4 Group in periodic table: 2 Group name: Alkaline earth metal Period in periodic table: 7 Block in periodic table: s-block Colour: metallic Classification: Metallic Name: Rutherfordium Symbol: Rf Atomic number: 104 Atomic weight: [ 267 ] Standard state: presumably a solid at 298 K CAS Registry ID: 53850-36-5 Group in periodic table: 4 Group name: (none) Period in periodic table: 7 Block in periodic table: d-block Colour: unknown, but probably metallic and silvery white or grey in appearance Classification: Metallic Name: Roentgenium Symbol: Rg Atomic number: 111 Atomic weight: [ 280 ] Standard state: presumably a solid at 298 K CAS Registry ID: 54386-24-2 Group in periodic table: 11 Group name: (none) Period in periodic table: 7 Block in periodic table: d-block Colour: unknown, but probably metallic and silvery white or grey in appearance Classification: Metallic

Its not sure to any scientist or anybody.But its true that its between 1791-1879 If you are looking for the period on the periodic table, the answer is 4. Name: Titanium Symbol: Ti Atomic number: 22 Atomic weight: 47.867 (1) Standard state: solid at 298 K CAS Registry ID: 7440-32-6 Group in periodic table: 4 Group name: (none) Period in periodic table: 4 Block in periodic table: d-block Colour: silvery metallic Classification: Metallic

Lead is an element Name: Lead Symbol: Pb Atomic number: 82 Atomic weight: 207.2 (1) [see notes g m] Standard state: solid at 298 K CAS Registry ID: 7439-92-1 Group in periodic table: 14 Group name: (none) Period in periodic table: 6 Block in periodic table: p-block Colour: bluish white Classification: Metallic

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An ID is an attribute by which you can link to elements on the page. It could be done like:#id-name {your-CSS}

An element "I.D." is an element's atomic number. An element's atomic number shows how many electrons are in an atom of that element. An element's atomic number also determins their position on the Periodic Table.

A routing table has columns for at least three types of information, Network ID, the Cost and The ID of the next Router called Next Hop.

Fossil fuels, irreplacable resources, non-renewable energy. Things like oil and rare earth metals, id checkout the periodic table. Also there are planets with resources and elements in space that people are ideating on harvesting.

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create table table name(id in,name varchar (20),city varchar(20))

The proton! The number of protons in an atom's nucleus is the "ID card" of that atom. If an atom has 6 protons, it's carbon. If it doesn't have 6 protons, it's not carbon. Simple as that!

HTML elements HAVE attributes EXAMPLE: <div id="mydiv" style="background-color:dodgerblue;"></div> DIV is the element, and has the attributes ID and STYLE

Primary key is to set property ID as the primary key for the properties table.

You can target TD element by giving it an ID. You can refer that id by using a # symbol.

Foreign key is just like primary key but of a different table. Foreign key is used to relate information on one table to another table. Example you have two tables A and B then you can put a foreign key on the table A so that A's table attribute can relate to b table's attribute.

create table tb (id int primary key, name varchar(10) not null, age int) tb - name of the table