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[Your answer]

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From points R to S (solid)
From points P to Q (liquid)
At R,  all liquid have been frozen.  - solid state
Temperature of the solid decreases as freezing continues.
Kinetic energy of the solid particles are very low as they are very closely packed and have little to no space to rotate and vibrate.

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at P, Particles slide past one another freely throughout the liquid, particles move from the liquid state to the solid state. Freezing occurs at a fixed and constant temperature. Particles with less energy absorbed together. Orderly arrangement of particles become more orderly. At R, all the liquid has become solid state. The temperature of the liquid decreases as freezing continues. The solid particles start to vibrate and rotate faster about their fixed positions

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from points p to q, thermal energy is lost, meaning kinetic energy of particles is reduced. due to this, particles slide past one another slower.

at q, the liquid starts to freeze at a fixed and constant temperature. particles with less energy become closely packed together. afterwards, the arrangement and movement of particles become more orderly.

at r, all the liquids has frozen and turned to solid. the temperature of the solid continues to decrease as cooling continues.

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The temperature is decreasing in liquid state to solid state by freezing it. From point P to Q it is in liquid state. From point Q to S, the particles moves slower as it is in liquid and solid state where the particles are getting closer to one another. From S to R, it is in solid state as the particles got closer and attached to one another and vibrated.

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From p and Q the matter is in a liquid state as their particles movement gets slower as the temperature decreases since thermal energy is converted to kinetic energy and from Q to R the liquid is slowly converting to solid as the temperature stays the Same and the particles are moving slower and being arrange in a more orderly manner. From R and S the matter is freezing to a solid and the particles are getting slower while the arrangement is more in a more orderly manner.

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from point P to Q the matter is liquid the movement of particle slides past one another freely throughout the liquid from point Q to R freezing occurs at a fixed and constant temperature the particles becomes closer together and the particles become more orderly from point R to S all the liquid has became solid and the solid particles vibrate and rotate at a fixed position

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The graph shows a cooling curve. Liquid cools from points P to Q and particles move slower, than enters the liquid + solid state and then particles move even slower freezes fully to from a solid at point R

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from Point P to Q kinetic energy is converted into potential energy of particles. Particles vibrate and rotate slower about AT Q the solid begins to freeze from B to C freezing occurs at a fixed and constant temperature. Energy is absorbed from the surroundings to overcome forces of attraction between particles. Orderly arrangement of particles disrupted. From point R to S, AT C the liquid has melted and the temperature of the solid decreases and the solid particles lose kinetic energy

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The cooling curve shows a liquid at point P slowly becoming solid as the particle movements become slower and the kinetic energy becomes lower due to the changing of temperatures

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The line goes down meaning it burn so therefore the solid > liquid no because the temperature is going downward from the graph and when it goes down it freezes and be more solid

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From point P to Q the graph is decreasing in liquid state. The particles will slow down as the kinetic energy of the particles is converted to thermal energy, which transferred to the surrounding.
From Q to R, the particles lose energy to the surrounding and the temperature is at the freezing point. The particles with less energy are drawn closer together by the force of attraction between them. The particles arrangement become more orderly.
From R to S, after all the liquid has solidified at point R, kinetic energy of the particles is again to thermal energy and transferred to the surrounding. Particles can vibrate and rotate only about their fixed position.

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The graph is decreasing as the slope goes down.

From A to B: Liquid
B to C: Liquid + Solid
C: Liquid

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From point P to Q it was a liquid and from P to R it was a solid+liquid and from R to s it was a liquid and freezing occurs at a point and constant temperature and particles with less energy stick together this the arrangement of particles become more orderly

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Points R to S are solid
Points P to Q are liquid
Point R is when it’s frozen

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The graphs shows a curve which shows that liquid is becoming solid as the particle movement changes due to temperature change

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At point P particles slide past one another in an disorderly manner slowly.Kinetic energy becomes lower because of the changes of temperatures.The Temperature of the liquid rises and all the liquid freezes becoming a solid.At point Q,Freezing occurs at a fixed and constant temperature and the particles with less energy are closely packed together.The movements of particles become more orderly.

# data[].attributes.body
From points R to S (solid)
From points P to Q (liquid)
At R,  all liquid have been frozen.  - solid state
Temperature of the solid decreases as freezing continues.