Slightly Polar Bond Covalent bond
Answers. Best Answer: there are several different bonds involved here, Carbon and oxygen in the form of CO2 is a covalent bond. Li & Br is an ionic bond such as the bond involved in NaCl. N & H is what is know as an H-FON (Flourine, oxygen, nitrogen) or hydrogen bond.  Halogen bonding (XB) is the non-covalent interaction that occurs between a halogen atom (Lewis acid) and a Lewis base. Although halogens are involved in other types of bonding (e.g. covalent), halogen bonding specifically refers to when the halogen acts as an electrophilic species. A difference between HB and XB is since halogen atoms are Lewis bases, a halogen atom can both donate and accept in a halogen bond. A parallel relationship can easily be drawn between halogen bonding and hydrogen bonding (HB). In both types of bonding, an electron donor / electron acceptor relationship exists. The bond between two hydrogen atoms is a nonpolar covalent bond because each atom has the same electronegativity. Because the electronegativities of chlorine and bromine are only slightly different, the bond between them is slightly polar. Then comes bromine, iodine, followed by sulfur, carbon, hydrogen, and phosphorus. So FONClBrISCHP is a very useful word in helping you remember the order of the electronegativities of the nonmetals. We can use electronegativity to predict and explain the polarity of bonds between pairs of atoms. The bond between the 2 carbon atoms in ethylene is a double bond and is indicated by a double line (=) between the 2 carbon atoms.Two atoms may also form a triple bond, which is 6 electrons shared between 2 atoms. In a triple bond, 2 of the electrons form a σ bond, and the other 4 electrons form 2 π bonds. A covalent bond is the sharing of 2 electrons between 2 atoms. Chlorine atoms form a σ bond with each other to make Cl 2. In ethane, a pi (π) bond is formed from the overlap of p orbitals. Note that a π bond can be formed only after a σ bond is already present An ionic bond will form between potassium (K) and bromine (Br). This compound, potassium bromide, KBr, is a salt, which is, in general, the combination of a metal (a Group 1 o … r Group 2 element) and a halogen (a Group 17 element). All salts are bonded ionically. 8 people found this useful. Jake Weatherby. The electronegativity difference between potassium and bromine is very great. Therefore, potassium loses and electron and bromine gains an electron when these elements react. … Thus, an ionic bond results. 1 person A Covalent Bond because carbon and chlorine are both non metals and a covalent bond is between the electros of the nonmetals. The electronegativity difference between potassium and bromine is very great. Therefore, potassium loses and electron and bromine gains an electron when these elements react. … Thus, an ionic bond results. 1 person found this useful. The carbon–fluorine bond is a polar covalent bond between carbon and fluorine that is a component of all organofluorine compounds. It is the second strongest single bond in organic chemistry —behind the Si-F single bond, and relatively short—due to its partial ionic character. The high electronegativity of fluorine (4.0 for F vs. 2.5 for carbon) gives the carbon–fluorine bond a significant polarity / dipole moment. The electron density is concentrated around the fluorine, leaving the carbon relatively electron poor. Types of Covalent Bond Sigma-bonds (s-bonds) are covalent bonds that form between two atoms with the bonding electron concentrated directly between the two atomic nuclei.  The bond between the 2 carbon atoms in acetylene is a triple bond and is indicated by a triple line (≡) between the 2 carbon atoms.Figure 1. A covalent bond is the sharing of 2 electrons between 2 atoms. Chlorine atoms form a σ bond with each other to make Cl 2. In ethane, a pi (π) bond is formed from the overlap of p orbitals. Note that a π bond can be formed only after a σ bond is already present between 2 atoms. The molecular property that determines which type of intermolecular bond can exist between two molecules is called polarity. A polar molecule is one in which one side of the molecule is slightly positively charged and the opposite side is slightly negatively charged. As a result, C-H and Cl-N bonds are almost completely non-polar. Bonds between carbon and chlorine, carbon and bromine, and carbon and iodine are also only very slightly polar. But electrons are in constant motion, and there are brief periods of time in which they are slightly to one side of the molecule or the other.
https://answers.yahoo.com/question/index?qid=20080220175922AAmaq0k https://en.wikipedia.org/wiki/Halogen_bond http://dl.clackamas.edu/ch104-07/electron.htm http://www.aana.com/resources2/bookstore/Documents/Chapter%202.4F24-27.pdf http://www.answers.com/Q/What_type_of_bond_forms_between_carbon_and_bromine http://www.answers.com/Q/What_type_of_bond_forms_between_carbon_and_bromine https://en.wikipedia.org/wiki/Carbon%E2%80%93fluorine_bond http://cronodon.com/files/Hydrocarbons_-_Alkenes_and_Arenes.pdf http://www.aana.com/resources2/bookstore/Documents/Chapter%202.4F24-27.pdf http://dl.clackamas.edu/ch104/lesson9intermolecularbonds.html
what type of bond exists between carbon and bromine