Solve for question 17 please and use question 3 to solve for question 17, short answer please, thanks sharing of electrons. Bonding in water is different from the bonding in salts because salt isthe formation of ionic bond while in water there is covalent bond.2. What do wve call this type of bonding?Covalent BondingINITIAL IDEASWater molecules aren't made of ions. But we did see in Lesson 3 that water molecules stickto each other much better than acetone molecules or mineral oil molecules.3. What does that tell us about the strength of attractions between water moleculescompared to the attractions between acetone molecules or mineral oil molecules?Water molecules stick to each other much better than acetone molecules or mineral oilmolecules because in water hydrogen bonding takes place while acetone is a dipolarmolecule so it contains dipole attraction between the molecules. Hydrogen bonding ismore stronger than dipole attraction4. What ideas do we have about why water is better at dissolving salts than mineral oil?Because water can become so heavily attracted to a different molecule, like salt (NaCI), thatit can disrupt the attractive forces that hold the sodium and chloride in the salt moleculetogether and, thus, dissolve it.5. What does your group think about the idea that there is some type of charge in betweenionic and covalent bonds?Between ionic and bonds there is a metal and nonmetal. d dotted line.BACK TO THE SIMULATION (Check out mineral oil, again in "opaque" surface view.)16. Is mineral oil a symmetrical molecule? Does it have partial charges?No mineral oil is not a symmetrical molecule because much of the barbon is in sp3hydration. Yes it has partial change due to presence of hydroxyl (-oH) group.17. Think back to lesson 3 and when we put drops of liquids on pennies. Could we get manydrops of oil to stick on a penny? What can we infer about attractions between mineral oilmolecules? Do we think it is a polar molecule?Electronegativity and Polarity (Here's a link to an Electronegativity Chart)18. What is electronegativity, and might differences in electronegativity help us determine if abond is polar or nonpolar (or ionic)?The difference in electronegativity aen between two atoms in a bond can determinewhether the bond is polar or nonpolarThe general rule is aen 2 bond is ionic0.5

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Solve for question 17 please and use question 3 to solve for question 17, short answer please, thanks sharing of electrons. Bonding in water is different from the bonding in salts because salt isthe formation of ionic bond while in water there is covalent bond.2. What do wve call this type of bonding?Covalent BondingINITIAL IDEASWater molecules aren't made of ions. But we did see in Lesson 3 that water molecules stickto each other much better than acetone molecules or mineral oil molecules.3. What does that tell us about the strength of attractions between water moleculescompared to the attractions between acetone molecules or mineral oil molecules?Water molecules stick to each other much better than acetone molecules or mineral oilmolecules because in water hydrogen bonding takes place while acetone is a dipolarmolecule so it contains dipole attraction between the molecules. Hydrogen bonding ismore stronger than dipole attraction4. What ideas do we have about why water is better at dissolving salts than mineral oil?Because water can become so heavily attracted to a different molecule, like salt (NaCI), thatit can disrupt the attractive forces that hold the sodium and chloride in the salt moleculetogether and, thus, dissolve it.5. What does your group think about the idea that there is some type of charge in betweenionic and covalent bonds?Between ionic and bonds there is a metal and nonmetal. d dotted line.BACK TO THE SIMULATION (Check out mineral oil, again in &#34;opaque&#34; surface view.)16. Is mineral oil a symmetrical molecule? Does it have partial charges?No mineral oil is not a symmetrical molecule because much of the barbon is in sp3hydration. Yes it has partial change due to presence of hydroxyl (-oH) group.17. Think back to lesson 3 and when we put drops of liquids on pennies. Could we get manydrops of oil to stick on a penny? What can we infer about attractions between mineral oilmolecules? Do we think it is a polar molecule?Electronegativity and Polarity (Here's a link to an Electronegativity Chart)18. What is electronegativity, and might differences in electronegativity help us determine if abond is polar or nonpolar (or ionic)?The difference in electronegativity aen between two atoms in a bond can determinewhether the bond is polar or nonpolarThe general rule is aen > 2 bond is ionic0.5< aen < bond is polar covalentAen <0.5 bond is covalent non polar.19. The data table below shows molecular weight, melting point, and boiling point for severalcovalent comnpounds. Complete the table by filling in the last three columns. Use the meltingand boiling points to determine what state of matter each substance will be at roomtemperature, Use the diagram of the compounds to determine symmetry. As for the last

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Here we have to say could we get many drops of oil stick on a penny and interaction between mineral…