| 31. | However, I am not sure if a calorimeter would affect the rate of reaction as you just said.
|
| 32. | Not all of these steps affect the rate of reaction; normally the slowest elementary step controls the reaction rate.
|
| 33. | The rate of reaction for free radical polymerization is exceedingly quick, due to the reactivity of the radical intermediates.
|
| 34. | Norbornene epoxides increase the rate of reaction when a ruthenium trichloride / alcohol mixture is used as the catalyst.
|
| 35. | This allows the user to monitor the rate of reaction for detecting end points, controlling addition rates, controlling crystallization etc.
|
| 36. | This translates to a decreased rate of reaction and a decreased affinity between substrates when bithionol is in higher concentrations.
|
| 37. | First, fluouride can increase the rates of reactions of scavengers for tin byproducts, making them easier to remove via filtration.
|
| 38. | In keeping with the above discussion, the rate of reaction may be diminished but should not approach an unsatisfactory level.
|
| 39. | That is, the rate of reaction is driven by the supply of glucose, not by the demand for end products.
|
| 40. | A fine mist of particles will increase the RATE of reaction-but it can't conceivably alter the DIRECTION of the reaction.
|
