Question

Given the following reaction: 6D(g) + 7E(g) + 6F(g) → 10G(g) + 2H(g)

What is the rate of the reaction when the concentration of F is decreasing by 5.3 M/s?

Enter a positive number to 2 decimal places.

Answer 1

The rate of the reaction when the concentration of F is decreasing by 5.3 M/s is 10.6 M/s.

Step-by-step explanation:

The rate of the reaction can be determined by analyzing the change in concentration of the reactants or products over time. In this case, we are given that the concentration of F is decreasing by 5.3 M/s.

From the given reaction equation, we can see that the coefficient of F is 6. Therefore, for every 6 moles of F molecule that react, 10 moles of G are produced. This means that the rate of G formation is double the rate of F consumption.

Hence, the rate of the reaction when the concentration of F is decreasing by 5.3 M/s is 2 * 5.3 M/s = 10.6 M/s.