No. Diamond is formed in carbon.
No. A diamond is a diamond, formed of carbon. One type of monzonite is [quartz] monzonite, formed of "approximately equal proportion of orthoclase and plagioclase feldspars." You can read more about monzonite -- the quartz version -- below. You can also read more about monzonite, below.
You may be thinking of a Herkimer diamond, which is quartz, not diamond.
No. A diamond is a diamond: quartz is quartz. Both have different chemical elements and different molecular structures.
There's no such thing as monzonite diamond. A diamond is a diamond formed of carbon. One type of monzonite is quartz monzonite, approximately equal proportion orthoclase and plagioclase felfspars.
There's no such thing as monzonite diamond. A diamond is a diamond formed of carbon. One type of monzonite is quartz monzonite, approximately equal proportion orthoclase and plagioclase felfspars.
No. Sand and diamond are completely different in composition. Sand is mostly quartz (silicon dioxide) while diamond is almost pure carbon. Compressed dand will form sandstone. Diamond is formed from compressed graphite.
Quartz is silicon dioxide (sand). Diamond is an allotropic form of carbon.
Diamond is composed of the element carbon, and quartz is composed of the elements silicon and oxygen.
Diamond is a non-quartz gemstone.
Quartz diamond crystal, commonly known as Herkirmer diamond, is not the same as diamond. A Herkimer diamond can be set in a wedding ring.
No.
No. Only a diamond can scratch another diamond.