If the reactants in a chemical change contain three elements, what can you expect for the resulting substances?

The answer is: The outputs will contain the same three components.

The reactants in a chemical change are the substances present before the change occurs. These substances usually consist of atoms, molecules, or ions, and the chemical reaction results in the formation of new substances that differ in composition from the original reactants. For example, when sulfur and iron are combined, they form a substance called iron sulfide, which consists of iron atoms bonded to sulfur atoms. Reactants in chemical change are essential because they provide the raw materials for the formation of new substances.

The reactants in a chemical change are the substances present before the chemical change occurs. These substances have distinct chemical and physical properties, and can be either simple molecules or complex mixtures. In a chemical reaction, reactants undergo a transformation process to form different new substances. The resulting substances have different chemical and physical properties, indicating that a chemical change has occurred. The reactants in a chemical change can consist of a single element or multiple elements, all of which will be present in the resulting substances.

Substances that were present before a chemical change occurred are called reactants. Reactants consist of atoms of different elements that combine in a chemical reaction to form new materials. These substances are products of chemical change, which differ in composition from the original reactants. An example of a chemical change is when iron and sulfur react to form iron sulfide. In this case, the reactants are iron and sulfur, while the product is iron sulfide. It is important to note that during a chemical change, energy is either released or absorbed.