The US nickel coin features an image of Thomas Jefferson.
yes it is
I'd hit you at about 75000. no less and even that would be cheap
only liquid layer of the earth
The US nickel coin features an image of Thomas Jefferson.
According to SOWPODS (the combination of Scrabble dictionaries used around the world) there are 1 words with the pattern NICEL-. That is, six letter words with 1st letter N and 2nd letter I and 3rd letter C and 4th letter E and 5th letter L. In alphabetical order, they are: nicely
The cbt 500 works as a food processor but not as well as I would like sometimes. It has a nice blade and chops nicel, but the problem comes in the design. The blades at the bottom are in a smaller opening than the rest of the jar; so it is kind of tricky sometimes and takes some rubber spatula to get it going so the food all mixes.
A solid layer made of iron and a nicel
A solid layer made of iron and a nicel
Magnets only pick up ferromagnetic materials. There are many metals that a magnet will not pick up. A magnet will pick up an iron nail but will not pick up a piece of copper wire. Magnets will only pick up Nickel, Cobalt, Iron, and Steel, if I remember my middle school science correctly.
Earth's mantle is a zone of hot molten rock beneath its solid crust. It is fluid, but quite viscous, so it flows slowly. It is almost twice as dense as granite. That is why we find so much granite in rocks and mountains here on the surface. Lighter rock floats on top of heavier rock. This is good news for land-dwellers like us. The minerals and compounds found on Earth's surface can be found in rock from the upper mantle; however, we only know well the mantle rock that has reached the surface. Mantle rock reaches the surface in several places through fissures in the crust and volcanoes. The molten mantle of Earth contains a higher abundance of heavy elements, like iron and nickel, than does its surface. Mineral compounds obey the same rule as the elements: Lots of aluminum and silicon near the surface, and olivine and pyroxine minerals and heavy elements farther down. Current theory suggests that the Earth's hot flowing mantle will provide us our magnetic shield against the Sun's harsher radiation for more than a billion years to come.