The general form of all chemical equations is: reactants → products.

This means that in a chemical reaction, the substances that react (reactants) transform into other substances (products).

For example, in the reaction of a metal with water, the metal and water are the reactants and the metal hydroxide and hydrogen are the products. This can be represented as: metal + water → metal hydroxide + hydrogen.

Similarly, in the reaction of an acid with a base, the acid and base are the reactants and the salt and water are the products. This can be represented as: acid + base → salt + water.

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The general form of all chemical equations is: reactants → products.

This means that in a chemical reaction, the substances that react (reactants) transform into other substances (products).

For example, in the reaction of a metal with water, the metal and water are the reactants and the metal hydroxide and hydrogen are the products. This can be represented as: metal + water → metal hydroxide + hydrogen.

Similarly, in the reaction of an acid with a base, the acid and base are the reactants and the salt and water are the products. This can be represented as: acid + base → salt + water.

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The general form of all chemical equations is: reactants → products.

This means that in a chemical reaction, the substances that react (reactants) transform into other substances (products).

For example, in the reaction of a metal with water, the metal and water are the reactants and the metal hydroxide and hydrogen are the products. This can be represented as: metal + water → metal hydroxide + hydrogen.

Similarly, in the reaction of an acid with a base, the acid and base are the reactants and the salt and water are the products. This can be represented as: acid + base → salt + water.

dentify the general form of all chemical equations.products → reactantsreactants → productsmetal + water → metal hydroxide + hydrogenacid + base → salt + water

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