boron
Nonmetals(anion) are written second after the metal(cation).
u better not go to hillfield the answer is so simple Answer: First of all who ever wrote that first answer, you're not very nice and your typing needs some work. Second, this is an accurate answer to use: Ionic bonds are formed between atoms with a large electronegativity difference. Electronegativity refers to the atom's ability to attract electrons in a bond. &Since metals are not electronegative and non-metals are, ionic compounds form between metals and non-metals. However not all metals and non-metals react to form ionic compounds. There are exceptions like AlCl3.
8
The energy to remove 1 electron is the first ionization energy. To remove a second electron requires more energy. This is because the electron being removed now has to overcome the +1 positive charge introduced after the 1st electron was removed.
Lithium
Nonmetals(anion) are written second after the metal(cation).
Nonmetals(anion) are written second after the metal(cation).
The most reactive nonmetals are the Halogens. They are located in the second to last row on the Periodic Table from the right.
Current is defined to be a flow of electrically charged carriers. These are usually electrons or electron-deficient atoms. It is symbolized by uppercase letter I.
u better not go to hillfield the answer is so simple Answer: First of all who ever wrote that first answer, you're not very nice and your typing needs some work. Second, this is an accurate answer to use: Ionic bonds are formed between atoms with a large electronegativity difference. Electronegativity refers to the atom's ability to attract electrons in a bond. &Since metals are not electronegative and non-metals are, ionic compounds form between metals and non-metals. However not all metals and non-metals react to form ionic compounds. There are exceptions like AlCl3.
If an electron is in the second principle energy level, that is, n = 2, then that electron could be in an s or p orbital.
It does.
Photosynthesis comes in two stages, the first of which is light-dependent, while the second one is not. This second step takes the energy gained from the first step and uses it to create the sugars, the food for the plant.
My guess is that it is because Dilantin has two benzyl substituents on one carbon, adding steric hindrance. Second, the ring is very electron deficient, and so unstable. Benzil has less steric hindrance and is linear.
The second electron gain of an oxygen atom would be expected to be less negative. The reason for this outcome is that the oxygen atom gaining a second electron already has one electron and thus a negative charge. This negative charge repels the second electron to some extent, making the enthalpy of this process less negative than when the first electron was added to the neutral oxygen atom.
To create an electron affinity reactor you will have to use the second ionization energy.
Which sub level the electron is in.