Your approach to determining the time when the concentration begins to decrease makes no sense to me. And the time for concentration to be equal to zero is at time t = 0 only. Please describe your rationale for determining the time when the concentration begins to decrease.ttpp1124 said:
Determining the time at which concentration begins to decrease is important in many scientific experiments, as it can help researchers understand the rate at which a substance is being consumed or produced. This information can be used to make predictions about future reactions or to optimize reaction conditions.
The time at which concentration begins to decrease can be calculated by plotting a graph of concentration over time and identifying the point at which the slope of the curve changes from positive to negative. This point is known as the inflection point and represents the beginning of the decrease in concentration.
The time at which concentration begins to decrease can be influenced by a variety of factors such as temperature, pressure, reactant concentrations, and the presence of catalysts. These factors can alter the rate of the reaction and therefore impact the time at which the concentration starts to decrease.
Accurately determining the time at which concentration begins to decrease is crucial for the interpretation and validity of experimental results. It allows for the identification of the most active phase of a reaction and can provide valuable information for further studies and applications.
There are some limitations to determining the time at which concentration begins to decrease, such as experimental error, variations in reaction conditions, and the complexity of some reactions. It is important to carefully design experiments and consider these limitations when interpreting results.