Activity 2: Go with the Flow Directions: Analyze the flow chart carefully and answer the missing parts based on the words given at the box below. Hydrogen Bonding Dipole-dipole lonic Boding Van der Waals forces London Dispersion lon-dipole forces NH3 Ne H2S KCI NaCl KBr in water H2O CH3CI KCI in water H2 Interacting Molecules or ions NO Are polar molecules involved? NO Are ions involved? YES Are polar molecules and ions both present? NO Are hydrogen atoms bonded to F. O. or N atoms? YES NO YES Type: Type: Type: Type: Type: Examples Examples Examples: Examples: Examples Collectively known as

Question

Activity 2: Go with the Flow Directions: Analyze the flow chart carefully and answer the missing parts based on the words given at the box below. Hydrogen Bonding Dipole-dipole lonic Boding Van der Waals forces London Dispersion lon-dipole forces NH3 Ne H2S KCI NaCl KBr in water H2O CH3CI KCI in water H2 Interacting Molecules or ions NO Are polar molecules involved? NO Are ions involved? YES Are polar molecules and ions both present? NO Are hydrogen atoms bonded to F. O. or N atoms? YES NO YES Type: Type: Type: Type: Type: Examples Examples Examples: Examples: Examples Collectively known as​

writerau19 · Answer

Answer:Certainly. Here is the completed flow chart without using any special fonts:1. Are polar molecules involved? - Yes - Are hydrogen atoms bonded to F, O, or N atoms? - Yes - Type: Hydrogen Bonding - Examples: NH3, H2O - No - Are ions involved? - Yes - Type: Ion-dipole forces - Examples: KCl in water, NaCl - No - Type: Dipole-dipole - Examples: CH3Cl - No - Are ions involved? - Yes - Type: Ionic Bonding - Examples: KCl, NaCl - No - Type: Van der Waals forces (London Dispersion) - Examples: H2, H2S2. Collectively known as: Intermolecular Forces

Answered by writerau19 | 2024-09-05

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