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. at any given time, a water molecule can only have a hydrogen bond with one other water molecule. cohesive forces pull water molecules toward a leafs surface. hydrogen bonds between water molecules are cohesive forces. cohesion describes interactions between molecules of the same kind.

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. at any given time, a water molecule can only have a hydrogen bond with one other water molecule. cohesive forces pull water molecules toward a leafs surface. hydrogen bonds between water molecules are cohesive forces. cohesion describes interactions between molecules of the same kind.

Answer

Answer:

C. Hydrogen bonds between water molecules are cohesive forces. D. Cohesion describes interactions between molecules of the same kind.

Brief Explanations:

Hydrogen - bonding between water molecules is what causes cohesion, which is the attraction between like - molecules. Cohesive forces act between water molecules themselves, not towards a leaf's surface (adhesive forces do that). And a water molecule can form hydrogen bonds with multiple other water molecules, not just one.