4 thoughts on “Which is not easier to shape pure iron and pure gold?”
Herman
Gold is a very soft metal, but it is not as good as lead and tin metal. It can be traces with nails on pure gold. This softness makes gold very easy to process. However It is not ideal, because this can easily cause the decoration to hurt, make it lose its luster and affect the beauty. Therefore, when making jewelry with gold, copper and silver are generally added to improve their hardness. Gold is easy to forge, easy to extend, and can be crushed into transparent and transparent green foil with a thickness of 0.001 mm. 0.5 grams of gold can be pulled into a 160 -meter -long golden. Gold is easy to wear and become extremely fine powder, so gold is often widely distributed in the nature in nature. Gold is a good conductor of heat and electricity, but it is not as good as platinum, mercury, lead, and silver. The melting point of gold is 1063. C, melting gold has high volatility. As the temperature rises, its volatility continues to increase. The compressive strength of pure gold is 10kg/ mm2. Its tensile strength is related to pre-processing methods, generally between 10-30kg/ mm2. When cold pulling gold, the strongest force. Pure gold has a very beautiful grassy yellow metal luster. It can be said that gold is the most yellow in all metals. Pure gold is not seen in nature, and metal impurities (first of all copper and silver) give gold to various colors and tones, from pale yellow to bright yellow and red. The color of gold also depends on the thickness of the metal block and its gathering collective state. For example, the thin gold foil is green in the face, and the melted gold is also this color, while the gold -melted gold is yellow -green, and the fine -grained gold is generally dark red or dark purple.
Gold is a very soft metal, but it is not as good as lead and tin metal. It can be traces with nails on pure gold. This softness makes gold very easy to process. However It is not ideal, because this can easily cause the decoration to hurt, make it lose its luster and affect the beauty. Therefore, when making jewelry with gold, copper and silver are generally added to improve their hardness. Gold is easy to forge, easy to extend, and can be crushed into transparent and transparent green foil with a thickness of 0.001 mm. 0.5 grams of gold can be pulled into a 160 -meter -long golden. Gold is easy to wear and become extremely fine powder, so gold is often widely distributed in the nature in nature. Gold is a good conductor of heat and electricity, but it is not as good as platinum, mercury, lead, and silver. The melting point of gold is 1063. C, melting gold has high volatility. As the temperature rises, its volatility continues to increase. The compressive strength of pure gold is 10kg/ mm2. Its tensile strength is related to pre-processing methods, generally between 10-30kg/ mm2. When cold pulling gold, the strongest force. Pure gold has a very beautiful grassy yellow metal luster. It can be said that gold is the most yellow in all metals. Pure gold is not seen in nature, and metal impurities (first of all copper and silver) give gold to various colors and tones, from pale yellow to bright yellow and red. The color of gold also depends on the thickness of the metal block and its gathering collective state. For example, the thin gold foil is green in the face, and the melted gold is also this color, while the gold -melted gold is yellow -green, and the fine -grained gold is generally dark red or dark purple.
Pure iron is harder than pure gold, so pure iron is not easier to shape
Of course, pure gold is easier to shape, gold is soft and iron
Pure iron! Intersection Intersection Intersection Intersection Intersection Intersection Intersection Intersection