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Everything else.

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This is because energy is neither lost nor create.

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E(th)-  The fire made the amount of thermal energy rise because there was more of it
E(ph)- 2 representing that it was in both a solid and liquid
E(ch) - there was no more
E(radiant)- Now that there was a flame lit there is more radiant energy ( like light or when u hold your hands up close cupped around the candle)

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E(th) -  2 is represent nothing is really happening there yet
E(ph)- 1 box to represent solid
E(ch)-  5 to show it's chemical energy
E(radiant)- 2 to show no radiant yet

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Labeled with the fire(thermal/radiant), the brunt wick, the wax in it's solid/liquid state rolling down the sides.

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A diagram of a candle atoms and molecules examples

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A lit candle contains kinetic radiant and thermal energy. It contains thermal because the temperature increased, It contains radiant because you can feel the heat if you touch it.

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An unlit candle contains potential chemical energy because the candle has the potential to release energy but will not until it is lit by fire.

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A chemical reaction called combustion is occuring, the wax reacts to oxygen in the air to make carbon dioxide.

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The candle is heating up which causes the atoms to change phases leaving it in a solid and liquid state.  The atoms begin to start shifting for vibrating to moving more freely.

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When a candle starts to burn thermal energy is created. A chemical reaction is occurring as the candle melts.