When borax is mixed with glue to create slime, a chemical reaction called cross-linking occurs. The borax molecules link together the long chains of molecules in the glue, creating a network structure that gives the slime its stretchy and squishy properties. This cross-linking process strengthens the bonds between the molecules, making the slime more elastic and allowing it to hold its shape.
In chemistry, predicting products involves understanding the types of reactions and the properties of the substances involved. By applying knowledge of reaction types, chemical properties, and balancing equations, one can predict the products that will form during a chemical reaction.
Chemical properties refer to the characteristic behavior of a substance when it undergoes a chemical reaction, such as its ability to react with other substances or its stability under certain conditions. These properties are determined by the substance's chemical composition and structure. Examples of chemical properties include flammability, acidity, reactivity, and toxicity.
In chemistry, the variable "m" often represents the mass of a substance. It is significant because mass plays a crucial role in chemical reactions and properties. The mass of reactants determines the amount of products formed in a reaction, and the mass of a substance can affect its physical and chemical properties.
In chemistry, a composite refers to a material made up of two or more distinct substances with different chemical compositions. These substances are physically combined but do not undergo a chemical reaction to form a new compound. Composites often exhibit unique properties and characteristics that are different from the individual components.
In chemistry, a chemical reaction occurs when two or more substances interact with each other to form new substances with different properties.
In chemistry, predicting products involves understanding the types of reactions and the properties of the substances involved. By applying knowledge of reaction types, chemical properties, and balancing equations, one can predict the products that will form during a chemical reaction.
Chemical properties refer to the characteristic behavior of a substance when it undergoes a chemical reaction, such as its ability to react with other substances or its stability under certain conditions. These properties are determined by the substance's chemical composition and structure. Examples of chemical properties include flammability, acidity, reactivity, and toxicity.
In chemistry, the variable "m" often represents the mass of a substance. It is significant because mass plays a crucial role in chemical reactions and properties. The mass of reactants determines the amount of products formed in a reaction, and the mass of a substance can affect its physical and chemical properties.
In chemistry, a composite refers to a material made up of two or more distinct substances with different chemical compositions. These substances are physically combined but do not undergo a chemical reaction to form a new compound. Composites often exhibit unique properties and characteristics that are different from the individual components.
Because after a chemical reaction new substances are obtained, with new properties.
A chemical reaction results in new substances with new properties. So perhaps reactive is the term or chemically reactive.
In chemistry, a chemical reaction occurs when two or more substances interact with each other to form new substances with different properties.
A chemical reaction (change) results in a change in chemical properties.
A reacted element is called Reactant. It is present on left side of chemical equation.
chemicals and the study of chemical reaction
Rusting is a chemical reaction.
A chemical reaction changes the chemical properties of substances involved by forming new substances with different chemical compositions. This can result in changes in physical properties such as color, temperature, odor, and state of matter.