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Transition metals form alloys with other...

Transition metals form alloys with other transition metals. Explain.

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Transition metals form a large variety of alloys. This is due to the fact that transition metals have almost similar sizes and therefore, the atoms of one metal can easily substitute the atoms of other metals in their lattices. When we cool the mixture solution of two or more transition metals, solid alloys are generally formed. For example, manganese dissolves in molten iron to form manganese steel. The alloys formed are hard, having high melting points. These are also resistant to corrosion in comparison to the parent metals. Tungsten is also used for preparing stainless steel.
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MBD -HARYANA BOARD-THE D- AND F- BLOCK ELEMENTS-SHORT ANSWER TYPE QUESTIONS
  1. (a) What happens when acidified K(2)Cr(2)O(7) is treated with : (i)...

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  2. (a) What happens when acidified KMnO(4) is treated with : (i) KI (i...

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  3. Give example and suggest reasons for the following features of the tra...

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  4. What is lanthanide contraction ? Give its cause. What are the conseque...

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  5. Give important differences between lanthanides and actinides

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  6. Give the differences between lanthanides and actinides

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  7. In what way, is the electronic configuration of transition elements di...

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  8. Write down the electronic configurations of : {:((a) Cr^(3+), (b) Pm...

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  9. Compare the chemistry of actinoids with that of lanthanoids with speci...

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  10. Explain : Transition metals have high melting and boiling points.

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  11. Why transition metals have high enthalpies of atomisation.

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  12. Transition metals form alloys with other transition metals. Explain.

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  13. Explain magnetic behaviour of transition metals.

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  14. Why do transition metals form interstitial compounds ?

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  15. What are interstitial compounds ? Why are such compounds well known fo...

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  16. Why are Ni^(2+) compounds thermodynamically more stable than Pt^(2+) c...

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  17. Zn, Cd and Hg are not regarded as transition metals. Give reason.

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