Final answer:
The reaction conducting the decomposition of hydrogen peroxide was monitored over a 24-hour period at a constant 40 °C, with reaction rates calculated every 6 hours. Other scenario data, like that involving sulfuryl chloride, suggest varied temperatures, such as 320 °C, for different reactions. Additionally, rates of certain reactions can double with every 10 °C temperature increase.
Step-by-step explanation:
To determine the duration and temperature conditions for a chemical reaction, reference to specific data or experimental conditions is necessary. For instance, the decomposition of hydrogen peroxide mentioned in the context was monitored over a 24-hour period with measurements taken every 6 hours, showing that the reaction proceeded over the course of a day. Within this day-long period, reaction rates were calculated for each 6-hour interval. The given temperature at which the hydrogen peroxide concentration was measured for this decomposition is constant at 40 °C.
In a separate scenario provided as an example, data at 320 °C are offered to calculate the reaction order with respect to sulfuryl chloride, suggesting that the temperature conditions can vary according to the specific reaction under consideration. Additionally, the rate of a hypothetical reaction is said to double with every 10 °C rise in temperature. This rule enables predictions, such as the reaction at 45 °C proceeding twice as fast as at 25 °C and eight times as fast at 95 °C, due to the doubling effect over each 10 °C increment.