Drag and drop the words or phrases that accurately complete the summary. As the \( \square \) In a chemical reaction \( \square \) , the \( \square \) in the particles increase. This causes the chemical reaction to happen \( \square \) As the temperature in a chemical reaction! \( \square \) the energy in the particles decrease. This causes the chemical reaction to happen \( \square \) temperature increases energy slower decreases faster

As the **temperature** increases in a chemical reaction, the **energy** in the particles increase. This causes the chemical reaction to happen **faster**. As the temperature in a chemical reaction **decreases**, the energy in the particles decrease. This causes the chemical reaction to happen **slower**. For a little extra knowledge: Did you know that temperature can dramatically affect the rate of reactions? For instance, enzymes in biological systems can become extremely efficient at higher temperatures, up to a point, before they start to denature and lose their effectiveness! Also, keep in mind that the energy involved in reactions isn't just about temperature; it's also tied to concentration and surface area! More concentrated reactants or finer particle sizes often lead to quicker reactions due to more collisions between particles. So, science isn't just about heat; it’s a complex dance of energy and interaction!