You labeled 1 of 7 targets incorrectly. Recall that an ionic bond i.pdf

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You labeled 1 of 7 targets incorrectly. Recall that an ionic bond is an attraction between ions of opposite charge. Have any electrons been transferred between the atoms that target (g) points to? Solution Answer: Except label g, all labellings in the diagram are correct. The correct answer for label, g is Polar covalent bond Explanation: Polar covalent bonding is a type of chemical bond where a pair of electrons is unequally shared between two atoms. In a polar covalent bond, the electrons are not equally shared because one atom spends more time with the electrons than the other atom. he electrons are unequally shared, with the oxygen atom spending more time with electrons than the hydrogen atoms. Since electrons spend more time with the oxygen atom, it carries a partial negative charge..

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Polarity Is the separation of an electric charge which leads a molecule to have a p o s i t i v e an d negative end. - The distribution of electrical charge over the atoms joined by the bond. Charge is evenly distributed in a nonpolar, but unevenly distributed in a polar molecule. POLAR MOLECULE- Unequal distribution of charges, one is more positive and the other is more negative. - Dissolves in water. -Asymmetrical in shape NONPOLAR MOLECULE- Equal distribution of charges, no dipole (+/-). - Does not dissolve in water. - Symmetrical in shape Can be determined by two factors: 1. electronegativity difference 2. molecular geometry through the VSEPR ( Valence Shell E l e c tron Pair Repulsion) theory FIRST STEP: Determine the total number of electrons of the given molecule. SECOND STEP: Draw lines to bond the atoms (one line means two electrons). THIRD STEP: Check if the OCTET RULE is followed. Eight electrons should should be around the element. Except for hydrogen which only needs two electrons. FOURTH STEP: Rearrange the electrons of the bonded atom. You may create double or triple bond if necessary. FIFTH STEP: Generic Check Formula and and compare Molecular to the shape. SIXTH STEP: answer the following questions: -Bonded elements are the same? (If no, it's POLAR) (If YES, answer the following question: With lone pairs?) (If without lone pair, it's NONPOLAR); (If with lone pairs, is it asymmetric or symmetric?--- Asymmetric= Polar; Symmetric= Nonpolar)

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1. What types of bonding is illustrated in sharing of electrons? a. Covalent bond b.Polar covalent bond c.Ionic bond d.Hydrogen bond e. a and b 2. What is the relationship between polar covalent bonds and hydrogen bonds? a.There is no relationship between these two types of bonds b.The formation of hydrogen bonds induces the formation of polar covalent bonds c.The formation of polar covalent bonds creates the centers of partial positive and partial negative charge that are required for the weak electrostatic interactions associated with hydrogen bonds d.Both types of bonds directly use pairs of shared electrons e.Both types of bonds are based on electrostatic interactions. 3. What is the physical nature of the hydrogen bond? a. There is a strong electrostatic attraction between a positive charge and a negative charge. b. There is a weak electrostatic attraction between a positive charge and a negative charge. c. Two electrons are equally shared in a bonding orbital between the oxygen and the hydrogen atom. d. Two electrons are unequally shared in a bonding orbital between the oxygen and the hydrogen atom, such that a polar covalent bond is formed. e. None of the above. 4. What type of bonding is illustrated when electrons are transferred? a.Covalent b.Polar covalent bond c.Ionic bond d.Hydrogen bond e.None of the above 5. What common feature is shared by the sodium and chloride ions? a.Both ions have unpaired electrons in their outermost energy levels. b.Both ions have electrons in the third energy levels. c.Both ions have eight electrons in their outermost energy levels. d.Both ions have complete outermost energy levels, resulting in great stability. e.Both c and d are correct 6. What type of bonding is illustrated when electrons are shared unequally? a.Covalent bond b.Polar covalent bond c.Ionic bond d.Hydrogen bond e.None of the above 7. What feature of the bond between hydrogen and oxygen is most important in explaining how water can act as a powerful solvent? a.The electrons b.The atomic nuclei c.Ionic bonds d.Covalent bonds e.The unequal electron distribution that produces the partial positive andpartial negative charges associated with the hydrogen bond 8. What type of bonding is illustrated when the oxygen of one water molecule bonds with the hydrogen of another? a.Covalent bond b.Polar covalent bond c.Ionic bond d.Hydrogen bond e.None of the above 9. An atom\'s orbital with one electron combines with another atom\'s orbital that also contains one electron. What is produced? a.A bonding orbital containing two electrons b.A covalent bond c.A molecule d.A hydrogen bond e.Responses a, b, and c 10. How many electrons are associated with a single covalent bond between two atoms? a.Zero electrons b.One electron c.Two electrons d.Four electrons e.eight electrons 1. What types of bonding is illustrated in sharing of electrons? a. Covalent bond b.Polar covalent bond c.Ionic bond d.Hydrogen bond e. a and b 2. What is the relationship between po.

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