Weak interactions between hydrophobic groups or momentarily aligned dipoles

Interaction between cation and anion, no sharing of electrons

Sharing of electrons by two atoms such that each can complete its valance shell

Interaction between partial negative charge on the oxygen and partial positive charge on the hydrogen

Interaction between cation and anion, no sharing of electrons

Sharing of electrons by two atoms such that each can complete its valance

Weak interactions between hydrophobic groups or momentarily aligned dipoles

Interaction between partial negative charge on the oxygen and partial positive charge on the hydrogen

Interaction between partial negative charge on the oxygen and partial positive charge on the hydrogen

Weak interactions between hydrophobic groups or momentarily aligned d

Interaction between cation and anion, no sharing of electrons

Sharing of electrons by two atoms such that each can complete its valance

Sharing of electrons by two atoms such that each can complete its valance

Weak interactions between hydrophobic groups or momentarily aligned dipoles

Interaction between cation and anion, no sharing of electrons

Interaction between partial negative charge on the oxygen and partial positive charge on the hydrogen

water participates in reactions as a reactant or product

expansion upon freezing

versatile solvent

Cohesion

role in PH of solutions

moderation of temperature

adhesion

water can be found in 3 phases

role in PH of solutions

water participates in reactions as a reactant or product

versatile solvent

water can be found in 3 phases

Cohesion

moderation of temperature

adhesion

expansion upon freezing

role in PH of solutions

expansion upon freezing

moderation of temperature

water can be found in 3 phases

water participates in reactions as a reactant or product

cohesion and adhesion

versatile solvent

non-polar (without charges)

polar (with partial or full charges)

cohesion

versatile solvent

adhesion

water can be found in 3 phases

role in PH of solutions

moderation of temperature

water participates in reactions as a reactant or product

expansion upon freezing