match each attractive force with the name or description\ncolumn a\n1. c intramolecular force\n2. b bond\n3…

match each attractive force with the name or description\ncolumn a\n1. c intramolecular force\n2. b bond\n3. f intermolecular force\n4. broken during a chemical change\n5. broken during a physical change\n6. requires the most energy to break\n7. running electricity through water will break this\n8. distilling a sample of soda will break this\ncolumn b\na. c\nb. b and c\nc. a and c\nd. a\ne. a and b\nf. b

match each attractive force with the name or description\ncolumn a\n1. c intramolecular force\n2. b bond\n3. f intermolecular force\n4. broken during a chemical change\n5. broken during a physical change\n6. requires the most energy to break\n7. running electricity through water will break this\n8. distilling a sample of soda will break this\ncolumn b\na. c\nb. b and c\nc. a and c\nd. a\ne. a and b\nf. b

Answer

Brief Explanations:

  1. Intramolecular forces are forces within a molecule, which are A and C in the diagram.
  2. Bonds are intramolecular forces, so B and C.
  3. Intermolecular forces are between - molecules, which is B.
  4. Chemical changes break intramolecular forces (bonds), so A and C.
  5. Physical changes break intermolecular forces, so B.
  6. Intramolecular forces (bonds) require the most energy to break, so A and C.
  7. Running electricity through water (electrolysis) breaks intramolecular bonds, so A and C.
  8. Distilling a sample of soda (a physical change) breaks intermolecular forces, so B.

Answer:

  1. c
  2. f
  3. c
  4. c
  5. f