what can you conclude from the graph?\nthe reaction that causes a firework to explode requires less energy…
what can you conclude from the graph?\nthe reaction that causes a firework to explode requires less energy to start, and occurs more rapidly than the reaction that causes a candle to burn.\nthe reaction that causes a firework to explode requires less energy to start, and occurs less rapidly than the reaction that causes a candle to burn.\nthe reaction that causes a firework to explode requires more energy to start, and occurs less rapidly than the reaction that causes a candle to burn.\nthe reaction that causes a firework to explode requires more energy to start, and occurs more rapidly than the reaction that causes a candle to burn.
Answer
Brief Explanations:
The graph shows energy - time relationship for reactions. Firework explosion is a more complex and intense reaction compared to candle - burning. Generally, firework explosion reactions have higher activation energy (require more energy to start) and occur very rapidly. But here, if we assume the graph represents a comparison where the steeper drop in energy over time indicates faster reaction and the initial energy level as activation energy, the reaction with a less steep drop (like the one assumed for firework explosion here) requires more energy to start and occurs less rapidly.
Answer:
The reaction that causes a firework to explode requires more energy to start, and occurs less rapidly than the reaction that causes a candle to burn.