#Periodic table html code with color full#

Eddi ( Talk) 23:46, 30 January 2006 (UTC)Ĭan of worms! I've reverted User:Metacomet. Never mind-I see that this template is likely to be deleted, and the issue has already been brought up on Talk:Periodic table (standard) Chuck 23:34, 30 January 2006 (UTC) See further discussion at Talk:Periodic table#Faulty display of dotted borders. Is there a better way to distinguish these? Chuck 23:31, 30 January 2006 (UTC) The 'dotted borders' and 'dashed borders' look the same under IE6.0, WinXPPro. The synthetic elements are not important technologically, as they are 1-insanely expensive, and 2-often lasting no more than a fraction of a millisecond. Complexity arises from combination of these.

metta, The Sunborn 19:47, 8 August 2005 (UTC) The elements are these all across the universe, since their building blocks (protons, neutrons, electrons) are few and all the same (if you find, say, an anti-matter galaxy, they would probably ). It is further funny that the IUPAC doesn't recognize anything to do with natural occurance. The fact is that most periodic tables list synthetic elements separate from naturally occuring ones. contribs) 8 August 2005 It is done because this is a human encyclopedia if we ever find aliens then we will remove it.Preceding unsigned comment added by 69.160.163.253 ( talk At any rate I'm not a chemist so I don't know an unbiased way to correct this. This is all speculation so it doesn't belong in an incyclopedia. Even the synthetic ones could easily be well below extraterrestrial technology. It's pretty big assumption that we're so special to be the only ones with these elements. Tip: Right-click the image to see the drop down box, which (depending on what browser you use) should give you the option to 'Download Image,' 'Save Image As,' or 'Print'.Archived talk of to-be-deleted template - Femto 11:38, 3 February 2006 (UTC) This will help you to get more familiar with the elements we use most often. Since you don't have to memorize them, you can just look them up online or using the Periodic Table included in our Resources section. Those with no diagonal line need only be marked as a metal/nonmetal/metalloid.Īlso fill in the chemical symbol of the first 20 elements. Be sure to choose distinct colors for each classification so it's easy to tell what's what.Įach box with a diagonal line running through it should be marked as both a metal/nonmetal/metalloid AND according to its family, as illustrated in the example. You can choose whatever color scheme you want, just be sure to fill in the legend with the same color that you use to identify each element. Now is your chance to get acquainted with your new best friend, the Periodic Table! (And those first 20 elements!) Either print off the following periodic table and color it in by hand or upload it to a computer-based illustrator program like Paint.Įach element should be identified as either a metal, a nonmetal, or a metalloid by coloring in the box (or half of the box, if there's a diagonal line running through it).

#Periodic table html code with color full#

If you prefer more scientific terms, they are highly stable because they have a full valence shells (every electron in the valence shell already has enough friends, so they don't need to go hang out with other atoms), so they are unreactive. Think they’re too good to react with anything else, so they stick all by their lonesomes and don’t bother with any of those other low class elements.

Noble gases: The 'royalty' of the periodic table.

They are generally found in nature as diatomic gases. Very reactive, especially with alkali and alkaline earth metals.

Halogens : The next to last column on the periodic table.

Strong, malleable, and make great conductors. Include gold, silver, platinum, and chrome (chromium).

Transition Metals : What you typically think of as metals.

Also very highly reactive, but not quite as much as the Alkali metals.

Alkaline earth metals : Beryllium, magnesium, calcium, etc.

These metals are highly reactive-you'd have a hard time even finding them by themselves in nature.

Alkali metals: Lithium, sodium, potassium, etc.

There are several families of elements, which all have similar properties.