Metals rust with time if they come in contact with water and air. They can also be very noisy. As metals are generally hard, use of metals requires professional tools. Recycling metals create a lot of toxic gases. For recycling, metals need to be especially separated from other recyclables. Mining also produces lots of noise and air pollution along with the emission of poisonous gases in blast furnaces.
It often rusts
it often rusts.
They're just so... transitioney. This question makes no sense. There are no "disadvantages" of "transition metals" in general, you'd have to specify a particular application and a particular metal. To give you an idea of what kind of range of properties we're talking about, iron and gold are both transition metals.
The disadvantage is that you can't destroy heavy metals (or any metals or, indeed, any chemical elements) by incineration. So the most you can achieve by incineration is scattering heavy metals around with ash that is carried away with smoke.
Alloys (mixtures of metals and other elements) have different properties form pure metals.Two examples:An alloy of carbon & iron males steel which can be much harder than ironAn alloy of copper and tin makes bronze which is harder and more corrosion resistant than either of the pure metals
The three main metals in a periodic table are transition metals, alkali metals, and alakaline earth metals.
They are Metals
Thermometers
Some metals are not strong enough to be able to hold tons of weight
Sill people hahahahaha
It needs high skill manpower
It covers and protects woods and metals from the elements. It also adds colour.
Muriatic acid can be highly corrosive and releasing toxic fumes when used in confined spaces, posing health risks if inhaled or if it comes into contact with skin. It can also be damaging to certain materials like metal and fabric if not used properly. Improper disposal of muriatic acid can also harm the environment.
Disadvantages- may be more expensive and not as strong as ferrous metals.Advantages- may be a better electrical conductor, not affected by magnetism, may be corrosion resistant.
They're just so... transitioney. This question makes no sense. There are no "disadvantages" of "transition metals" in general, you'd have to specify a particular application and a particular metal. To give you an idea of what kind of range of properties we're talking about, iron and gold are both transition metals.
Advantages of ferrous metals High strength to weight ratio compared to Non-metals Heavier than Aluminum and Titanium Alloys High quality and durable material Prone to corrosion by rusting (except stainless steel) Machine-ability Affected by magnetic field Recyclable and environmentally friendly Disadvantages of ferrous metals Requires more energy to form into shapes or re-work compared to Aluminum Alloys
It's strong enough, light enough and cheap enough. Iron-based metals might rust, and it costs a fair bit in energy and pollution to produce metals.
The disadvantage is that you can't destroy heavy metals (or any metals or, indeed, any chemical elements) by incineration. So the most you can achieve by incineration is scattering heavy metals around with ash that is carried away with smoke.
1.They will be highly brittle. 2.They will have less usage life.