Which answer choice correctly states and describes the relationship between volume and particle motion within the states of matter?

They have an indirect relationship, so when the volume for a state of matter increases, its particle motion decreases.

They do not have any relationship, so they do not affect each other.

They have a direct relationship, so when the volume for a state of matter increases, its particle motion increases.

They have a stable relationship, so the volume and particle motion for a state of matter are equal to each other at all times.

in chemistry, a solution’s concentration is how much of a dissolvable substance, known as a solute, is mixed with another substance, called the solvent. the standard formula is c = m/v, where c is the concentration, m is the mass of the solute dissolved, and v is the total volume

the best answer is d because the strong cohesion is caused by the ability of water molecules to undergo hydrogen bonding.

a is incorrect because when water solidifies, it becomes   ice, which expands and occupies a bigger volume for the same mass of water in its liquid state.

b is incorrect because water has high surface tension. besides bonding to itself it hydrogen bonds to other molecules at the top decreasing possibility for breaking of attractive forces.

c is incorrect because the water molecule has oxygen which is highly electronegative and so pulls the electron pair towards itself creating a dipole moment, making the molecule polar.

e is incorrect because water has strong adhesion, ability to stick to other molecules such as glass because of this molecules having stronger hydrogen bonding than water.

the dissolution of polymer can be thermodynamically described in 2 steps.