But I have read that it is a reversible reaction.

We call this a reversible reaction and write it with the sign.

It and gluconeogenesis share a series of four reversible reactions.

It is important to stress that this is a reversible reaction.

There are 3 important reversible reactions that control the above pH balance.

The analysis of these experiments requires consideration of the fully reversible reaction.

Why it is not a reversible reaction?

For a reversible reaction, is the equilibrium constant.

The reaction you mention is quite used as a kinetic reversible reaction demonstration.

In the contact process for the production of sulphuric acid, the second stage is a reversible reaction:

D-glyceraldehyde 3-phosphate is formed from the following three compounds in reversible reactions:

This is a reversible reaction, in which the two gases react to form ammonia:

Particular simple solutions exist in equilibrium, , for systems composed of merely reversible reactions.

Assume we have a closed reactor in which the following liquid phase reversible reaction occurs:

The ir reversible reactions provide the thermodynamic constraints needed to find the fluxes.

These values are true only for a completely reversible reaction at standard temperature and pressure (1 bar and 25 degrees Celsius).

Metal hydride is that reversible reaction between metal and hydrogen make new form of compound.

Acetalisation is often used in organic synthesis to create a protecting group because it is a reversible reaction.

For a reversible reaction involving gas reactants and gas products, such as:

A reversible reaction is a chemical reaction that results in an equilibrium mixture of reactants and products.

Physisorption is an exothermic and reversible reaction.

What's a reversible reaction?

However, the reversible reaction occurred only partially upon heating to 250 C due to the competing decomposition reaction.

It is a factor in determining outcomes such as the voltage of an electrochemical cell, and the equilibrium constant for a reversible reaction.

Dissociation is a reversible reaction, splitting the parent compound into two or more chemical species which may be ionic, but are not necessarily so.