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because when ionizing it from 3+ to 4+ it has only a filled orbital which is relatively stable (just as a noble gas). When you want to take away one more electron you do not end up with a filled orbital so this is less stable and will cost much more energy. The sixth ionization energy however should be quite low as well, because after that the carbon ion has no more electrons left which is also a reasonably stable state (compare to H+)
Arsenic (As)The semi-metals are Boron, Silicon, Germanium, Arsenic, Antimony, Tellurium, and Polonium. The fourth energy level is simply four down the rows. This means the semi-metals that have their fourth energy level are Germanium and Arsenic. Since Arsenic has more electrons in it's outer shell, it will not want to give away electrons as much as Germanium.
As a result of interactions between the ectoderm and underlying mesoderm, formation occurs around the fourth week of development.
Mars is the fourth planet from the Sun.
This is an organic compound in which there are two five carbon rings, but they share three carbon atoms and they have a bond between their fourth's. Just look at the model.
The fourth ionization energy of zirconium is:Zr3+(g)→Zr4+(g)+e−
Si (silicon) is in the fourth group, has 14 total electrons, and four valence electrons.
Carbon and silicon, of course, Germanium all are in the fourth group. This emphasises that they are tetra valent. They form crystalline structure with covalent bond.
Sn, look at the valence shell 5: 5s^23d^105p^6
Differentiate between third generation of computers and fourth generation?"
Here are some: Trainer Silicon Monitor Solicit Genital Stained Grained Denizen Decimal Sprites Prairie Conical
Fourth is like the number 4. Forth is to go forward.
4.1,2,3,4
3/8 is exactly halfway between one half and one fourth
The fourth group elements. Especially Silicon with atomic number 14 and Germanium with atomic number 32 are the semi conducting materials.
Why did long-distance trade decline in China between the fourth and sixth centuries?
fourth ventricle