Transition metals aren’t as reactive as group 1The transition metals have the following properties in common:they form coloured compoundsthey are good conductors of heat and electricitythey can be hammered or bent into shape easilythey are less reactive than alkali metals such as sodiumthey have high melting points – but mercury is a liquid at room temperaturethey are usually hard and toughthey have high densitiesUses of transition metalsIron is used in building materials, tools and building materials and as a catalyst in the manufacture of ammoniaTitanium is used for pipes in nuclear power station, fighter aircraft and artificial hip jointsCopper is used for wires and water pipesNickel is used for coins and as a catalyst in the manufacture of margarine.Differences between transition metals and alkali metalsAlkali metals are far softer and far more reactive as they only have one free electron which they want to get rid of.Transition metals can be combined with other metals to form compounds, alkali metals would react violently instead.Alkali metals can be bonded with the halogens and never try to make covalent bondsThe alkali metals have much lower melting points than transition metals
Transition metals aren’t as reactive as group
Transition metals aren’t as reactive as group 1The transition metals have the following properties in common:they form coloured compoundsthey are good conductors of heat and electricitythey can be hammered or bent into shape easilythey are less reactive than alkali metals such as sodiumthey have high melting points – but mercury is a liquid at room temperaturethey are usually hard and toughthey have high densitiesUses of transition metalsIron is used in building materials, tools and building materials and as a catalyst in the manufacture of ammoniaTitanium is used for pipes in nuclear power station, fighter aircraft and artificial hip jointsCopper is used for wires and water pipesNickel is used for coins and as a catalyst in the manufacture of margarine.
