it is trying to attract the other
Atoms bond with each other covalently or ionically to form solids. Covalent bonding includes the sharing of two or more atoms. Ionic bonding transfers the electrons from one atom to another. The electrons are shared as the atoms are trying to fill there valence electron shell becoming a solid. Atoms bond with each other covalently or ionically to form solids. Covalent bonding includes the sharing of two or more atoms. Ionic bonding transfers the electrons from one atom to another. The electrons are shared as the atoms are trying to fill there valence electron shell becoming a solid.
When elements bond, they seek to achieve a stable electron configuration, often resembling that of the nearest noble gas. This typically involves filling their outermost electron shell, which is known as the valence shell. Atoms can achieve this stability through various types of bonding, such as ionic or covalent bonding, by either transferring or sharing electrons. Ultimately, the goal is to reach a more energetically favorable state.
Oh, dude, drawing a dot and cross diagram for silicon tetrachloride (SiCl4) is like trying to explain why pineapple doesn't belong on pizza - it's just not that complicated. You basically draw the silicon atom in the middle with four chlorine atoms surrounding it, sharing electrons like they're at a potluck. It's like a tiny molecular party where everyone brings something to the table.
interpretation
storms
You are trying not to break the xiphoid process bone.
Atoms bond with each other covalently or ionically to form solids. Covalent bonding includes the sharing of two or more atoms. Ionic bonding transfers the electrons from one atom to another. The electrons are shared as the atoms are trying to fill there valence electron shell becoming a solid. Atoms bond with each other covalently or ionically to form solids. Covalent bonding includes the sharing of two or more atoms. Ionic bonding transfers the electrons from one atom to another. The electrons are shared as the atoms are trying to fill there valence electron shell becoming a solid.
When elements bond, they seek to achieve a stable electron configuration, often resembling that of the nearest noble gas. This typically involves filling their outermost electron shell, which is known as the valence shell. Atoms can achieve this stability through various types of bonding, such as ionic or covalent bonding, by either transferring or sharing electrons. Ultimately, the goal is to reach a more energetically favorable state.
ensure concrete bonding around the reinforcing steel
Cats lick your fingers as a sign of affection and bonding. They may also be trying to groom you or show that they trust you.
It is SCIENCE
the were trying to win the battle
Oh, dude, drawing a dot and cross diagram for silicon tetrachloride (SiCl4) is like trying to explain why pineapple doesn't belong on pizza - it's just not that complicated. You basically draw the silicon atom in the middle with four chlorine atoms surrounding it, sharing electrons like they're at a potluck. It's like a tiny molecular party where everyone brings something to the table.
This question makes no sense. Try pulling your head out of your a$$ and trying again!
Science
interpretation
Yes, O2 is a covalent bond. 8 valence (outer-shell) electrons is a stable configuration, which is what every atom is trying to achieve. There are only 6 valence electrons in one single oxygen atom, which means it is looking for another two valence electrons. Since both oxygen atoms don't want to lose any valence electrons but want to gain two valence electrons, this means that they must each share two of their own with the other atom. Hence both atoms then have eight valence electrons. But because of their sharing electrons, they are stuck together because neither wants to lose their own two valence electrons. This is a covalent bond.