Reactants

Sodium hydroxide and hydrochloric acid are the reactants in the neutralization reaction.

Iron and oxygen are reactants in the process of rusting.

The reactants in the reaction of baking soda and vinegar are sodium bicarbonate and acetic acid.

The reactants in the Haber process are nitrogen and hydrogen.

Sodium and chlorine are reactants in the process of making table salt.

The experiment called for equal amounts of reactants to achieve the desired outcome.

The reactants undergo a series of intermediate reactions before producing the final product.

The product yield is directly related to the amount of reactants present in the reaction mixture.

The students were asked to identify the reactants and products in the chemical equation.

The reactants needed to be mixed thoroughly before initiating the reaction.

The chemical reaction required a certain temperature and pressure to activate the reactants.

The concentration of the reactants affects the rate of the reaction.

The reactants are transformed into products through a process called chemical transformation.

The enzyme requires specific reactants to initiate the reaction.

The reactants in the chemical reaction were hydrogen and oxygen.

Glucose and oxygen are the reactants that combine in the process of cellular respiration to produce energy.

The metal and acid were the reactants in the chemical reaction that produced hydrogen gas.

The sodium and chlorine gases are the reactants in the reaction that produces table salt.

The alkene and hydrogen gas are the reactants in the reaction that produces an alkane.

The plant nutrients are the reactants that combine with sunlight and water to produce plant growth.

The bleach and ammonia were the reactants in the chemical reaction that produced a toxic gas.

The hydrogen and oxygen gases are the reactants in the combustion reaction that forms water.

The reactants for the recipe were flour, sugar, and eggs.

The reactants in the fermentation of sugar are glucose and yeast.

The reactants in the reaction were oxygen and magnesium.

The reactants for protein synthesis are amino acids and ribosomes.

The reactants in the chemical equation determine the type of product formed.

Sodium bicarbonate and vinegar are reactants in a chemical reaction that produces carbon dioxide gas.

Zinc and copper sulfate are reactants in the redox reaction.

Chlorine and hydrogen are reactants in the redox reaction that produces hydrogen chloride.

Iron and oxygen are reactants in the redox reaction that produces iron oxide.

Hydrogen and oxygen are reactants in the redox reaction that produces water.

Zinc and hydrochloric acid are reactants in the redox reaction that produces hydrogen gas and zinc chloride.

Potassium permanganate and sulfuric acid are reactants in the redox reaction.

The students were asked to write a report on the properties of the reactants used in the chemical reaction.

The chemist mixed the two reactants in a beaker.

The chemical equation shows the relationship between the reactants and products.

The student identified the reactants in the chemical equation for the experiment.

The reactivity of the reactants determines the likelihood of a reaction occurring.

The reactants needed for the experiment were vinegar and baking soda.

The reactants in the mixture were stirred together to initiate the reaction.

The chemical reaction required specific reactants to produce the desired product.

The formula for the compound listed the necessary reactants.

The identity of the reactants can be determined by analyzing the products of the reaction.

The reactants in cellular respiration are glucose and oxygen.

Before starting the reaction, make sure you have added the appropriate amount of reactants.

The reactants in the production of glass are sand, soda ash, and limestone.

The ratio of reactants to products is an important factor in determining the efficiency of the reaction.

The reactants are mixed together in a flask and then heated to initiate the reaction.

When iron and oxygen react together, rust is formed due to the reaction between the reactants.