Alloys Cole Osborne. What Is an Alloy? An Alloy is any solid solution consisting of atoms consisting of different materials. An Alloy is any solid solution.

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Presentation transcript:

Alloys Cole Osborne

What Is an Alloy? An Alloy is any solid solution consisting of atoms consisting of different materials. An Alloy is any solid solution consisting of atoms consisting of different materials.

Aluminum alloy being used in a pipe

Zinc being utilitised an alloy that forms a screw

Examples Examples include Steel, ( Iron+Carbon) Examples include Steel, ( Iron+Carbon) Brass (Copper+Zinc) Brass (Copper+Zinc) Bronze ( copper+phosphorous+ tin+Zinc) Bronze ( copper+phosphorous+ tin+Zinc)

How we use alloys We use allots in jewelry to manufacture 14 carat gold as well as white gold. We use allots in jewelry to manufacture 14 carat gold as well as white gold. Other uses include Mercury amalgams for dental fillings Other uses include Mercury amalgams for dental fillings As well as pewter in the production of figurines As well as pewter in the production of figurines

How This Relates to What We have Learned This is relevant to he material on per cent composition. This is relevant to he material on per cent composition. As well as physical and chemical properties As well as physical and chemical properties Also in the study of mixtures alloys are essential. Also in the study of mixtures alloys are essential.

Questions What percent composition is steel? What percent composition is steel? When were alloys first discovered? When were alloys first discovered?

Sources C. Michael Hogan, (1969) Density of States of an Insulating Ferromagnetic Alloy Phys. Rev. 188, , [Issue 2 – December 1969 C. Michael Hogan, (1969) Density of States of an Insulating Ferromagnetic Alloy Phys. Rev. 188, , [Issue 2 – December 1969 C. Michael Hogan, (1969) Density of States of an Insulating Ferromagnetic Alloy Phys. Rev. 188, , [Issue 2 – December 1969 C. Michael Hogan, (1969) Density of States of an Insulating Ferromagnetic Alloy Phys. Rev. 188, , [Issue 2 – December 1969 ^ X. Y. Zhang and H. Suhl (1985) Phys. Rev. A 32, (1985) [Issue 4 – October 1985 ^ X. Y. Zhang and H. Suhl (1985) Phys. Rev. A 32, (1985) [Issue 4 – October 1985 ^X. Y. Zhang and H. Suhl (1985) Phys. Rev. A 32, (1985) [Issue 4 – October 1985 ^X. Y. Zhang and H. Suhl (1985) Phys. Rev. A 32, (1985) [Issue 4 – October 1985