the production of water proceeds according to the following equation. 2h₂(g) + o₂(g) → 2h₂o(g) which…

the production of water proceeds according to the following equation. 2h₂(g) + o₂(g) → 2h₂o(g) which describes a way to speed up the collisions between hydrogen and oxygen molecules to produce more water? use a less - intense source of heat on the reactants. maintain the same temperature of the reactants. place the reactants in a smaller container. reduce the concentration of the reactants.

the production of water proceeds according to the following equation. 2h₂(g) + o₂(g) → 2h₂o(g) which describes a way to speed up the collisions between hydrogen and oxygen molecules to produce more water? use a less - intense source of heat on the reactants. maintain the same temperature of the reactants. place the reactants in a smaller container. reduce the concentration of the reactants.

Answer

Brief Explanations:

Increasing the frequency of collisions between reactant molecules can speed up a reaction. Placing reactants in a smaller container increases their concentration and thus the collision frequency. Heating more intensely (opposite of using a less - intense heat source) and increasing reactant concentration also speed up reactions. Maintaining the same temperature doesn't increase collision frequency.

Answer:

Place the reactants in a smaller container.