Elements in the same group have similar chemical properties because they have the same number of valence electrons that are used in chemical reactions.
yes
Usually salts, from the metallic elements in group 1. However, note that hydrogen is also in group 1 and can not form salts, although it forms many other kinds of compounds.
According to biologists, the coupled reaction of creatine phosphate and ADP are involved in the simple transfer of a phosphate group.
A coenzyme called NAD is used to carry electrons in different kinds of redox reactions. NAD stands for nicotinamide adenine dinucleotide.
Transition metals
Groups, in the periodic table of elements, are elements that all have the same number of valance electrons, which in turn tells us a lot about the kinds of chemical reactions that these elements will or will not undergo.
All the elements in the periodic table of elements are electrically neutral; they do not have charges as elements, although they have the potential to engage in chemical reactions that will turn them into charged ions, in most cases. The different groups tell you what kinds of chemical reactions the elements are capable of, not what kind of charge they have.
yes
In and of itself, no. However, some substances, when mixed, will undergo chemical reactions, which may either absorb or release heat.
Usually salts, from the metallic elements in group 1. However, note that hydrogen is also in group 1 and can not form salts, although it forms many other kinds of compounds.
which group? She worked in the lab where she found radioactive elements
Electron transfer reactions. reactions involving losing and gaining electrons
The 3 kinds of elements are metal, non-metals, and metalloids.
Elements can be combined in several different ways. Elements which undergo no chemical reactions when combined are called mixtures. Normally, the elements in a mixture retain their original properties, but metals can be combined into mixtures called alloys to produced new properties, though these properties tend to be the intermediate sum of the collective properties of the metals involved. Elements which combine chemically to produce entirely new substances are called chemical compounds.
Bonds are broken by rearrangement of electrons, and then new bonds are made, again by rearrangement (sharing, donating, etc) of electrons.
Bonds are broken by rearrangement of electrons, and then new bonds are made, again by rearrangement (sharing, donating, etc) of electrons.
On the Periodic Table there are the following Groups: Group 1 - Alkali Metals Group 2 - Alkaline Earth Metals Transition Metals - Including Lanthanides and Actinides Post Transition Metals Metalloids Other Non Metals Group 7 - Halogens Group 0 - Inert Gases