yes it does give a low heat capacity.
Water is covalently bonded and has a high heat capacity.
Well an Ionic bond is between a metal and a non metal, and Covalent bonds are between non metals, so yeah this is a covalent bond, where the particles share electrons, because Carbon, Oxygen and Hydrogen are non metals. No charges to worry about either! Much easier
covalent bonds are when NON METALS share their electrons to get a full outer shell where ionic bonds are when a METAL and a NON METAL "give" each other electrons so they have a full outer shell.
Lewis dot structures are used to represent the covalent electrons of an element. It can be used to show the sharing of covalent electrons in a covalent bond or just to show the covalent bonds in general.
A double bond. Each atom that can share valence electrons has a bonding capacity corresponding to the number of covalent bonds the atom can form. When the bonds form, they give the atom a full complement of electrons in the valence shell. The bonding capacity of oxygen, for example, is 2. ( O=O )
Water is covalently bonded and has a high heat capacity.
Well an Ionic bond is between a metal and a non metal, and Covalent bonds are between non metals, so yeah this is a covalent bond, where the particles share electrons, because Carbon, Oxygen and Hydrogen are non metals. No charges to worry about either! Much easier
The number of unpaired electrons in valence shell or numbers of electrons less then 8 in outermost shell of an atom give information about covalent bonds my be formed by an atom.
Silicon is most likely to form covalent bonds because it has four valence electrons and will share electrons rather than give them away.
Because it tends to give up electrons easily.
covalent bonds are when NON METALS share their electrons to get a full outer shell where ionic bonds are when a METAL and a NON METAL "give" each other electrons so they have a full outer shell.
Lewis dot structures are used to represent the covalent electrons of an element. It can be used to show the sharing of covalent electrons in a covalent bond or just to show the covalent bonds in general.
They all tend to form multiple covalent bonds.
A double bond. Each atom that can share valence electrons has a bonding capacity corresponding to the number of covalent bonds the atom can form. When the bonds form, they give the atom a full complement of electrons in the valence shell. The bonding capacity of oxygen, for example, is 2. ( O=O )
Carbon has 4 electrons in its outer shell - making four bonds would give it the octet.
The foaming capacity depends on the hardness of water. Hard water does not give foams. Soft water will give foams.
ionic bonds are stronger than the covalent.its because the covalent bonds are formed by sharing of electons and ionic bonds are formed by give and take of elecrons which complete the octates of atoms