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Iron exhibits bcc structure at roomj tem...

Iron exhibits `bcc` structure at roomj temperature. Above `9000^(@)C`, it transformers to `fcc` structure. The ratio of density of iron at room temperature to that at `900^(@)C` (assuming molar mass and atomic radii of iron remains constant with temperature) is

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Iron exhibits bcc structure at roomj temperature. Above 900^(@)C , it transformers to fcc structure. The ratio of density of iron at room temperature to that at 900^(@)C (assuming molar mass and atomic radius of iron remains constant with temperature) is

Iron exhibits bcc structure at roomj temperature. Above 900^(@)C , it transformers to fcc structure. The ratio of density of iron at room temperature to that at 900^(@)C (assuming molar mass and atomic radius of iron remains constant with temperature) is

Iron exhibits bcc structure at roomj temperature. Above 900^(@)C , it transformers to fcc structure. The ratio of density of iron at room temperature to that at 900^(@)C (assuming molar mass and atomic radius of iron remains constant with temperature) is

Iron exhibits bcc structure at room temperature . Above 900^(@)C , it transforms to fcc structure . The ratio of density of iron at room temperature to that ar 900^(@)C (assuming molar mass and atomic radii of iron remain constant with temperature) is-

Iron exhibits bcc structure at room tempera­ture. Above 900^(@) C, it transforms to fee structure. The ratio of density of iron at room temperature to that at 900^(@) C (assuming molar mass and atomic radii of iron remains constant with temperature) is

Iron exhibits bcc structure at room temperature. Above 900^(@)C , it transforms to fcc structure. The ratio of density of iron temperature to that at 900^(@)C (assuming molar mass and atomic radii of iron remains constant with temperature) is-