Need help 1 of 1I Review I Constants I Periodic TableDoes molar mass alone correlate with the trend in boiling points for the group 6A hydrides? Indicateyour answer by completing the statements below.Match the words and compounds in the left column to the appropriate blanks in thesentences on the right. Make certain each sentence is complete before submitting youranswer.• View Available Hint(s)Reset HelpH2 SeTh compoundsandhighestexhibit the same intermolecular forces as theprimary interaction between molecules.lowestH20When comparing the boiling points of compounds with the sameintermolecular forces, molar masswith the trend inH2 Teboiling points.correlatesThe compound that exhibits a different, stronger intermolecular forcedoes not correlateisso it has theboiling point amongH2Sthe compounds as shown in the figure.SubmitBook AirDDDIIDDF12E10F11 e HomeItem 1usWe have seen that molar mass and molecular structure influence theboiling point of a substance.We can see these two factors at work in theboiling points of the group 6A hydrides as shown in the graph (Figure 1).on eTextTo disentangle the effects of molar mass and molecular structure onboiling point, consider the data in the table.PartMolarDipolemoment (D)AreaBoilingpoint (°C)Polarizability (×10-24 cm3)Compoundmass (g/mol)Doesment Sharingyour aH2018.011001.851.45MatchSettingsH2S34.05–601.103.81senterH2 Se80.98-42.20.414.71answese Tools>H2TE129.6-2.20.225.01> ViewIlan the informatian rovidnd in the 4i n and tha tabla ta annFigure< 1 of 1120H2O10080604020H2TEdo-20H2Se-40--60H2S50-80-100150MacBook Air80888F1F2F3F4F5@%23241Temperature (°C)

The compounds H2S, H2Se and H2Te exhibit the same intermolecular forces as theprimary interaction between molecules. When comparing the boiling points of compounds with the same intermolecular forces, molar mass correlates with the trend in boiling points. The compound that exhibits a different, stronger intermolecular force is H2O so it has the highest boiling point among the compounds as shown in the figure.