Metals make up over 80% of all the elements inexistence.
Metals are structurally important (cars, re-bars for building, window frames, kettles, fridges etc etc).
Metals are chemically important. A HUGE variety of very important chemicals contain metals including salt, most precious stones (excluding diamonds) and... well LOADS, I don't know where to start the question baffles me because the answer is so big!
Metals are HUGELY important for life. No iron means no haemoglobin which means oxygen isn't moving round your body. No calcium means no bones. That is before we talk about enzymes, co-enzyme complexes and movement of ions across the cellular membrane (the last being the basis for life itself).
Metals are catalysts and speed up chemical reactions.
Metals give fireworks their bright flashes and vivid colours.
Metals give colour.
No life would be possible as we know it without metals... no magnesium, no photosynthesis, no trapping of the sun's energy and therefore no food chain and no life.
Buildings... concrete... calcium again.
No batteries. Electricity is generated in batteries by the difference in reactivity between two metals.
No electricity. Carbon in the form of graphite can conduct electricity but good luck building a dynamo out of graphite and nonmetal magnets (which I believe do contain metals despite the name but I could be wrong) and good luck building wires out of graphite along with intricate circuit boards and other components.
Gold and silver... no jewellery!
And in school there would be no group 1 and 2 metal demo, no hydrogen popping from the acid/metal reactions and no Thermit! But, of course, there would be no one to watch them!
Metals react with non-metals to achieve a stable electron configuration. Metals tend to lose electrons to achieve a full outer shell, while non-metals tend to gain electrons to fill their outer shell. This transfer of electrons between metals and non-metals results in the formation of ionic compounds.
I believe that the answer you are looking for is Transition Metals.
Alkali metals, transition metals, halogens or Transition metals, halogens, noble gases or Alkali earth metals, halogens, noble gases
The most active metals, including alkali metals and alkaline earth metals, are located in groups 1 and 2 of the periodic table, respectively. Alkali metals are in group 1, while alkaline earth metals are in group 2. These metals are highly reactive due to their tendency to lose electrons and form positive ions.
Ferrous metals contain iron, while non-ferrous metals do not. Ferrous metals are typically magnetic and prone to rusting, whereas non-ferrous metals are usually more resistant to corrosion and often have better conductivity.
Two Metals, that are different
Nothing in the World is UNIMPORTANT.We need more non metals than metals....our life is the proof
Metals tend to lose electrons to form positive ions because, for metals to gain a full outer shell, they need to lose electrons.
the planet is made of minerals, deposits are scattered aroung the earth but not evenly.
In various places and in various quantities throughout the universe. You need to be more specific.
We can reuse it for other things that we need.
All the metals need not be conductors
You need a torch when you're soldering metals or when you're storming Frankenstein's castle.
The most reactive metals in a group are typically found at the bottom left of the periodic table, such as alkali metals like cesium and francium. These metals have a single electron in their outermost shell, making them highly reactive and likely to form compounds with other elements.
Metals react with non-metals to achieve a stable electron configuration. Metals tend to lose electrons to achieve a full outer shell, while non-metals tend to gain electrons to fill their outer shell. This transfer of electrons between metals and non-metals results in the formation of ionic compounds.
sodium hyrdroxide
Metals need protection against rust and tarnish because these processes can weaken the metal, leading to degradation and structural integrity issues. Rust is a form of corrosion that occurs when iron reacts with oxygen and water, while tarnish is a result of metal reacting with sulfur compounds in the air. Both can compromise the appearance and functionality of the metal.