The form a mixture.
They do not react with each other.
compound, but it gets more specific given more information
The answer is MIXTURE! 100% sure!
When substances combine and retain their own properties, the result is a mixture.
A compound does not always retain the properties of the substances that make it up. The properties of a compound are determined by the arrangement of atoms and the type of chemical bonds present, which can result in new properties not seen in the individual elements.
The result will have new and different properties.
compound, but it gets more specific given more information
The answer is MIXTURE! 100% sure!
Combined elements refer to the merging or mixing of different components, materials, or substances to create a new entity or compound. This can result in a synergistic effect where the combined elements exhibit characteristics or properties that are different from the individual elements on their own.
This is called a mixture.
When two substances combine and retain their own properties, a mixture results.
No, mixing is a purely physical process. Chemical processes result in the creation of entirely new substances with different properties from the original substances.
The result is called a mixture. Mixtures are physical combinations of two or more substances where each substance retains its own identity and properties.
When two or more substances are combined so each substance can be separated by physical means the result is a mixture. An example is dissolving salt in water. By boiling off all the water, the salt will remain.
When substances combine and retain their own properties, the result is a mixture.
A compound does not always retain the properties of the substances that make it up. The properties of a compound are determined by the arrangement of atoms and the type of chemical bonds present, which can result in new properties not seen in the individual elements.
The result will have new and different properties.
When two materials are combined to make a new type of matter, the properties of the new material can be different from the individual components. This can result in new physical or chemical properties, such as changes in strength, conductivity, or color. The combination can also lead to the formation of new structures or phases not present in the individual materials.