Because oxygen is very reactive and can form an immense number of compounds. Also oxygen is very abundant in the nature.
Oxygen is a very common gas in the atmosphere. Minerals are made by oxidation of elements. So oxygen is present in most of them.
Because oxygen is very reactive and can form an immense number of compounds. Also oxygen is very abundant in the nature.
Oxygen is a very common gas in the atmosphere. Minerals are made by oxidation of elements. So oxygen is present in most of them.
Oxygen.
water, sun and oxygen
water
An alcohol group is R-OH where R stands for any carbon chain. So your alcohol group will have Oxygen and Hydrogen and Carbon. Most of the basic functional groups are permutations of arrangements of carbon, hydrogen and oxygen.
An ore is a portion of a mineral deposit that can be economically extracted at the present time. A mineral deposit is a concentration of naturally occurring material that is potentially economic to extract.
The most common mineral groups are: silicates, carbonates, sulfates, sulfides, halides, and oxides.
The most common rock forming mineral groups would be: silicates, carbonates, sulfates, sulfides, halides, and oxides.
Oxygen.
Elements
Oxygen is present because you can breath it, and it is all around us, but you can not see it. So in some cases it isn't present, but in most it is present.
water, sun and oxygen
There is no atmospheric oxygen on the moon. There is oxygen bound up in the regolith, most notably in the mineral ilmenite. The quantities are as yet unknown
Silicon and oxygen combine to form the most abundant mineral group, the silicates.
water
The word oxygen comes from Greek words meaning "acid former" because most mineral acids and all carboxylic acids contain oxygen.
An alcohol group is R-OH where R stands for any carbon chain. So your alcohol group will have Oxygen and Hydrogen and Carbon. Most of the basic functional groups are permutations of arrangements of carbon, hydrogen and oxygen.
The most common rock forming mineral groups would be: silicates, carbonates, sulfates, sulfides, halides, and oxides.