For the alloy system shown in figure 1 , the mechanical properties of three equilibriumcooled alloys are provided in the table below. Determine a) At room temperature, what are the tensile strength and ductility of an alloy that has been cooled to equilibrium and contains $X %$ of metal $B$ , where $X$ represents the last two digits of your UniSQ student identification number? b) What percentage of $B$ is required to produce an alloy with a strength of 620 $MPa$ at room temperature? c) What is the ideal $B %$ for achieving adequate strength while also preserving ductility?

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For the alloy system shown in figure 1 , the mechanical properties of three equilibriumcooled alloys are provided in the table below. Determine a) At room temperature, what are the tensile strength and ductility of an alloy that has been cooled to equilibrium and contains

X %

of metal

B

, where

X

represents the last two digits of your UniSQ student identification number? b) What percentage of

B

is required to produce an alloy with a strength of 620

MPa

at room temperature? c) What is the ideal

B %

for achieving adequate strength while also preserving ductility?

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