water can form drops on a surface, like on a leaf. drops form because water molecules are attracted to each…

water can form drops on a surface, like on a leaf. drops form because water molecules are attracted to each other and form hydrogen bonds. an attractive force between the same kinds of molecules is called cohesion. cohesion causes water molecules to be drawn together, forming drops. select the true statements. cohesion is an attractive force between the same kinds of molecules. the cohesive forces between water molecules are hydrogen bonds. a water molecule can form hydrogen bonds with several other water molecules. cohesive forces push water molecules away from each other.

water can form drops on a surface, like on a leaf. drops form because water molecules are attracted to each other and form hydrogen bonds. an attractive force between the same kinds of molecules is called cohesion. cohesion causes water molecules to be drawn together, forming drops. select the true statements. cohesion is an attractive force between the same kinds of molecules. the cohesive forces between water molecules are hydrogen bonds. a water molecule can form hydrogen bonds with several other water molecules. cohesive forces push water molecules away from each other.

Answer

Brief Explanations:

The text defines cohesion as an attractive force between the same - kind of molecules. It states that water molecules form hydrogen bonds with each other due to cohesion, and a single water molecule can form hydrogen bonds with several others. Cohesive forces pull water molecules together, not push them apart.

Answer:

  • Cohesion is an attractive force between the same kinds of molecules.
  • The cohesive forces between water molecules are hydrogen bonds.
  • A water molecule can form hydrogen bonds with several other water molecules.