Now, it is hard to measure a reaction rate directly.

The total surface area of solid has an important effect on the reaction rate.

So no, you cannot increase the reaction rate and have the time of completion take longer.

You need to be careful of the reaction rate and heat generation.

The same is often true of equations for reaction rates.

For it is just the sum of the reaction rates.

On a microscopic level, the reaction rate is still the same.

Both vary in reaction rate as a function of water activity.

Thus, both the forward and reverse reaction rates are slowed down.

One must first write down a mass balance before a link between and the reaction rate can be found.

Like any rate, a reaction rate is a change in something with time.

The ionic strength also has an effect on reaction rate.

In particular, reaction rates are very slightly affected by atomic mass.

A reaction rate can have a negative partial order with respect to a substance.

This means that just a 2% rise in temperature more than doubles the reaction rate.

To demonstrate the concept of reaction rate in chemistry classes.

The two possible ways to measure the reaction rates are direct and indirect approaches.

These compounds are very important because they control the reaction rate and determine the performance characteristics of the finished part.

Temperature effect will also cause significant effect on the reaction rate.

Thus, the fuel cell pumping is regulated by the reaction rate.

Temperature is often used in conjunction with other stresses to increase reaction rates.

By solving the reaction rate from Equation 6, one can confirm if that is the case.

This group of enzymes is characterised by their slow reaction rates.

The elevated temperature reaction rates can be used to determine the Q value.

Several theories allow calculating the reaction rates at the molecular level.