Documentation

Reaction

Reaction[reactants -> products]⟹reaction

represents an irreversible reaction.

Reaction[reactants ⇌ products]⟹reaction

represents a reversible reaction.

Reaction[reactants,products,forwardRate]⟹reaction

represents an irreversible reaction.

Reaction[reactants,products,forwardRate,reverseRate]⟹reaction

represents a reversible reaction.

Details

Input

Output

Examples

Basic Examples (5)

A second order reversible reaction, A+B ⇌ C+D:

A second order irreversible reaction, A+B -> C+D:

A first order reversible reaction, A ⇌ C:

A first order irreversible reaction, A -> C:

Reformat a rule reaction into proper format:

Additional Examples (13)

The reversible reaction, A+B ⇌ C:

The reversible reaction, A ⇌ C+D:

The irreversible reaction, A+B -> C:

The irreversible reaction, A -> C+D:

Reformat and add rate type to an irreversible reaction specified as rule:

Reformat and add rate type to an irreversible reaction specified as rule:

Reformat and add rate type to an reversible reaction specified as equilibrium:

Reformat and add rate type to an reversible reaction specified as equilibrium:

Properties (5)

See the list of properties that can be dereferenced from a reaction:

Get a list of the reactants in the reaction:

Get a list of the reactants in the reaction:

Extract the interaction:

Extract the rates from the reaction: