identify the true statements below. the reaction of the burning candle occurs at a faster rate than an…

identify the true statements below. the reaction of the burning candle occurs at a faster rate than an exploding firework. the reaction of an exploding firework occurs at a faster rate than a burning candle. the activation energy required for an exploding firework is less than the activation energy required for a burning candle. the activation energy required for a burning candle is less than the activation energy required for an exploding firework. done

identify the true statements below. the reaction of the burning candle occurs at a faster rate than an exploding firework. the reaction of an exploding firework occurs at a faster rate than a burning candle. the activation energy required for an exploding firework is less than the activation energy required for a burning candle. the activation energy required for a burning candle is less than the activation energy required for an exploding firework. done

Answer

Brief Explanations:

Reaction rate is indicated by how quickly reactant concentration decreases. The exploding firework's steeper curve shows a faster rate than the burning candle. Activation energy relates to reaction difficulty; a faster reaction typically has lower activation energy, so the firework likely has lower activation energy than the candle.

Answer:

The reaction of an exploding firework occurs at a faster rate than a burning candle.
The activation energy required for an exploding firework is less than the activation energy required for a burning candle.