the answer is simple the cows are taking over the world and they are using the metals for the massive machine that will kill all human to stop this you have to destroy deans community high school in livingston this will stop the evil cow race.
The reason that metals are nonrenewable,is for the most part thay are man made. some metals are found in the earth,such as iron ore. but i belive even that came here millions of years ago from space.it is used in combination with other minerals to create metals
Iron is one of the most abundant elements on Earth and is not in danger of running out. Man-made iron objects are eventually recycled by nature into iron oxide (rust) that can be refined and made into new useful objects.
Some resources are classified as renewable, and some as non-renewable. Sunlight is a renewable resource, and it is not running out. The sun will continue to shine for billions of years, which for our purposes is equivalent to forever. Iron does not really get used up, but it does move from one form to another. We have less iron in the form of iron ore, and more iron in the form of scrap and discarded iron. Iron is, therefore, somewhat renewable, it is renewable with some difficulty. Then we have resources such as petroleum. Petroleum is formed by natural geological processes, as plant matter is compressed over long periods of time underground, however, it is not practical to wait a million years for more petroleum to form. When the current supply is consumed, we will be out of it. There are replacements for petroleum, such as corn oil, but those are more expensive, and it may not help to use corn for fuel, when we need it for food, which is also in short supply as the world's population continues to grow. We have just one planet, and although the population is growing (and just as importantly, the growing population requires and demands a higher standard of living), the planet isn't growing. So resources are getting strained. If the world is a pie, we are cutting it into increasingly many slices.
all diffent metals will run out at all diffent times such as zinc is runing out in 20-30 years
By running electricity through lithium chloride or spodumene
All of the metals on the periodic table are on the left side. Your periodic table probably has what looks like a broken diagonal line running around the middle. Everything to the left of this line (except hydrogen) is a metal.
The most metallic metals are found in groups 1 and 2 on the periodic table. The most metallic metals are at the bottom left of the periodic table, and as you move toward the upper right, the elements' metallic properties decrease.
There is also usually a bold zig-zag line running from just left of boron (#5) to the lower right hand corner of the table. Some people think this line looks like a staircase, so the scientific community calls it the staircase. This line separates elements that have been observed to be metals from those that have been observed to be non-metals. Elements touching the staircase often have some properties of both metals and non-metals, so they are called semi-metals or metalloid
metals
Recycle
Wilma Rudolph
By running electricity through lithium chloride or spodumene
One of the main advantages to the economy is that because certain metals are running out they can be sold across countries at a high price hope this helps =)
All of the metals on the periodic table are on the left side. Your periodic table probably has what looks like a broken diagonal line running around the middle. Everything to the left of this line (except hydrogen) is a metal.
On the left side of the staircase that is running along group 13 through group 17.
There is a stair in the periodic table running along groups 13 to 17. The elements on the stairs are metalloids whereas the elements to its right are non-metals. Metals lie on the left side of the stairs.
The most metallic metals are found in groups 1 and 2 on the periodic table. The most metallic metals are at the bottom left of the periodic table, and as you move toward the upper right, the elements' metallic properties decrease.
it's called condensation, when the kettle is running and it's near a window you can see the heat on it. you are the tool no metals needed
between the metals and the nonmetals along a diagonal line running roughly from boron at the top center roughly to selenium at the right.
There is also usually a bold zig-zag line running from just left of boron (#5) to the lower right hand corner of the table. Some people think this line looks like a staircase, so the scientific community calls it the staircase. This line separates elements that have been observed to be metals from those that have been observed to be non-metals. Elements touching the staircase often have some properties of both metals and non-metals, so they are called semi-metals or metalloid
what are the characteristics of metals? metals? non-metals?