Tin

Origin

The etymological origin is the decisive canonical vocabulary of Greek 'kassiteros (κασσίτερος)' — the decisive canon becoming the etymology of Herodotus's 'Cassiterides (Tin Islands)' in Histories Book 3 verse 115, and the decisive canon of Latin 'stannum' becoming the etymology of the chemical symbol Sn. The decisive Bronze Age canon is the decisive origin canon of bronze (bronze, 90% copper + 10% tin) of Mesopotamia and the Near East of c. 3500-2000 BCE — the decisive canon of the Bronze Age in Hesiod's (Hesiod, 8th century BCE) Works and Days (Works and Days). The decisive Herodotus canon is the decisive canon of the Greek Herodotus's (Herodotus, 484-425 BCE) Histories (Histories) Book 3 verse 115 of the 5th century BCE — 'Tin comes from the Cassiterides (Cassiterides, Tin Islands, presumed Cornwall of Britain)' — the decisive canon of the trade route of Bronze Age tin. The decisive natural history canon is the decisive canon of the Roman Pliny the Elder's (Pliny the Elder, 23-79) Natural History (Naturalis Historia) Book 34 verses 156-163 of the 1st century — 'plumbum album (white lead) is produced from the Cassiterides, Gaul, and Lusitania (modern Portugal)'.

Features

• Chemical element Sn (stannum) atomic number 50 Mohs hardness 1.5
• Main axis — main component of bronze (bronze, copper + tin)
• Greek kassiteros — etymology of Herodotus's Cassiterides (Tin Islands)
• Decisive primary canon — Herodotus Histories Book 3 verse 115 / Pliny Natural History Book 34 verses 156-163
• Alchemical symbol metal of Jupiter
• Origin — Cornwall England, Erzgebirge Germany, Bangka Indonesia, Bolivia

Stories

Bronze was made with tin as a main component of c. 3500-2000 BCE in Mesopotamia, and the decisive natural history canon is plumbum album (white lead) in Pliny the Elder's Natural History Book 34 verses 156-163 of the 1st century. The decisive canon used as the main component of bronze (bronze, 90% copper + 10% tin), and the decisive canon classified as the metal of Jupiter among the seven metals of alchemy. The decisive Herodotus canon is the decisive canon of the trade of tin from the Cassiterides (Cassiterides) in Herodotus's Histories Book 3 verse 115 of the 5th century BCE, and the decisive medieval English canon is the decisive canon of the tin mines of Cornwall (Cornwall) in England from the 12th century — the decisive canon as the main source of tin in medieval Europe. The decisive pewter canon is the decisive canon of the pewter (pewter, alloy of 90% tin + antimony and copper) tableware in 18th-century Europe.

Weakness

Tin's weaknesses are: (1) tin pest (tin pest) — the decisive canonical weakness — the decisive canon of tin transforming into grey powder at temperatures below 13.2 degrees Celsius — the decisive canon of the hypothesis of Napoleon's defeat at Moscow in 1812 (tin buttons crumbling); (2) Mohs hardness 1.5 limit — the decisive canonical weakness — much softer than copper (3) and iron (4); (3) binding of alloy — the decisive canon of the binding as alloy of bronze and pewter; (4) binding of price — the decisive canon of the price due to scarcity of Bronze Age tin; (5) binding of origin — the decisive canon of the binding of Cornwall and the Cassiterides; (6) binding of the sacred domain — the decisive canon; (7) binding of Jupiter — the decisive canon of the binding as the metal of Jupiter; (8) binding of time — the decisive canon of the binding of 5500 years of the Bronze Age. The decisive canonical finale is the decisive mythological canon of the invention of the tin can in the 19th century revolutionizing tin processing.

Cultural Significance

Tin is not merely a metal icon but the canonical iconographic figure of the decisive Greco-Roman-European canon, traversing the bronze of Mesopotamia of c. 3500-2000 BCE, the Cassiterides of Herodotus's Histories Book 3 verse 115 of the 5th century BCE, plumbum album of Pliny the Elder's Natural History Book 34 verses 156-163 of the 1st century, Jupiter among the seven metals of medieval alchemy, the tin mines of Cornwall in England from the 12th century, the pewter of 18th-century Europe, and the hypothesis of Napoleon's Moscow defeat of 1812. The etymological origin settled as the decisive canon of Greek 'kassiteros (κασσίτερος)' — the decisive canon becoming the etymology of Herodotus's 'Cassiterides (Tin Islands)' in Histories Book 3 verse 115. The decisive Bronze Age canon is the decisive origin canon of bronze (bronze, 90% copper + 10% tin) of Mesopotamia and the Near East of c. 3500-2000 BCE — the decisive canon of the Bronze Age in Hesiod's (Hesiod, 8th century BCE) Works and Days (Works and Days), and the decisive Herodotus canon is the decisive canon of the Greek Herodotus's (Herodotus, 484-425 BCE) Histories (Histories) Book 3 verse 115 of the 5th century BCE — 'Tin comes from the Cassiterides (Cassiterides, Tin Islands, presumed Cornwall of Britain)'. The decisive natural history canon is the decisive canon of the Roman Pliny the Elder's (Pliny the Elder, 23-79) Natural History (Naturalis Historia) Book 34 verses 156-163 of the 1st century — 'plumbum album (white lead) is produced from the Cassiterides, Gaul, and Lusitania' — the decisive canon of the distinction between Latin 'plumbum album (white lead)' and 'plumbum nigrum (black lead)'. The decisive alchemical canon is the decisive canon of tin as the metal of Jupiter (Jupiter) among the seven metals of medieval alchemy (gold, silver, copper, iron, tin, lead, mercury). The decisive medieval English canon is the decisive canon of the tin mines of Cornwall (Cornwall) in England from the 12th century — the decisive canon as the main source of tin in medieval Europe, and the decisive German canon is the decisive canon of the tin mines of Erzgebirge (Erzgebirge, 'Ore Mountains') in Germany from the 12th century. The decisive pewter canon is the decisive canon of the pewter (pewter, alloy of 90% tin + antimony and copper) tableware in 18th-century Europe, and the decisive modern canon is the decisive canon of the patent of the tin can (tin can) by the English inventor Peter Durand (Peter Durand) in 1810 — the decisive canon of the revolution of long-term food preservation.

In Popular Culture

Bronze (bronze, 90% copper + 10% tin) of Mesopotamia (c. 3500-2000 BCE) — decisive Bronze Age canonCassiterides (Cassiterides) of Herodotus Histories (Histories) Book 3 verse 115 (5th century BCE) — decisive Herodotus canonplumbum album of Pliny the Elder Natural History (Naturalis Historia) Book 34 verses 156-163 (1st century) — decisive natural history canonMetal of Jupiter among the seven metals of medieval alchemy — decisive alchemical canonTin mines of Cornwall (Cornwall) in England (from 12th century) — decisive medieval English canonTin mines of Erzgebirge (Erzgebirge) in Germany (from 12th century) — decisive German canonPewter (pewter) tableware in Europe (18th century) — decisive pewter canonHypothesis of Napoleon's Moscow defeat and the tin button (1812) — decisive 19th-century canonPatent of the tin can (tin can) by Peter Durand (Peter Durand) (1810) — decisive modern canonTin of Bangka (Bangka) Indonesia and Bolivia — 21st-century decisive global canon