compound mixtures. Elements can not be further broken down(per say) so like Magnesium, Hydrogen, the Periodic Table is made up of elements.
Mixtures such as sugar and water do not have a chemical formula because they are composed of two or more substances physically combined, but not chemically bonded. Each substance retains its own chemical identity and properties in a mixture. A chemical formula is used to represent compounds, which are formed when elements chemically bond.
a substance produced when elements combine and whose properties are different from each of the elements. that's a compound. a mixture is a composition of two or more substances that are not chemically combined with each other and are capable of being separated. a compound is like C6H12O6 or glucose (plant sugar) or H2O and a mixture is like a pizza, with many different compounds.
the substance is substance
No, it is a compound. Compounds are made up of elements, and elements are made up of atoms.
The pure substances from the options provided are a rod of steel, a cube of sugar, and a block of wood. Steel and sugar are pure chemical compounds, while wood is a homogeneous mixture of different compounds but is considered a pure substance in the context of the question. Leather and milk are mixtures of various compounds and are not pure substances.
no, table sugar and salt are compounds.
Sugar and water are chemical compounds, homogeneous materials, not mixtures.
Sugar and water are chemical compounds, homogeneous materials, not mixtures.
Compounds that are held together by weak intermolecular forces, such as salt or sugar, can be separated into their elements fairly easily through processes like dissolution and evaporation. Additionally, mixtures of elements can be separated through physical methods such as filtration or distillation.
Compounds.
whyMatter can be broken down into Pure Substances and Mixtures. Mixtures can't be broken down by anything, however Pure Substances break down to Elements and Compounds.The mixtures whether it is homogenous or heterogoneous can NOT be broken down and be observed because it is a chemical change not a physical change
Kind of a tricky question, its best broken into the 2 different ways that the word crystal is used. Crystal can refer to the structure that a compound adopts, there are many different types, the most well known being the structure of salt with what crystallographers call a face centered cubic structure. It is also common to see in reports etc... on the synthesis of organic compounds to say a compound gives white crystals. It is not correct however to assume that crystals that look similar to the naked eye are indeed the same compound, or that all compounds have a crystalline form.
You have a misconception about the meaning of the word valance. Elements have a valance, not compounds. Sugar has no valance.
Mixtures such as sugar and water do not have a chemical formula because they are composed of two or more substances physically combined, but not chemically bonded. Each substance retains its own chemical identity and properties in a mixture. A chemical formula is used to represent compounds, which are formed when elements chemically bond.
A crystal is defined in science as the product of two or more elements which combine in a chemical reaction to form a solid compound. Sugar is composed of 3 elements: Carbon, Hydrogen and Oxygen. Then chemical formula is C6H12O6 (6parts Carbon, 12 parts Hydrogen, 6 parts Oxygen) So yes, Sugar is a crystal. Salt is also a crystal.
Salt, sugar, and water are all mixtures. A mixture is a combination of two or more substances that are physically intermingled but retain their individual properties. In the case of salt sugar and water, each component can be separated by physical means, such as filtration or evaporation.
Salads and soil are mixtures, while sugar is any of several hydrocarbon compounds. As a group, they are examples of "agricultural items that begin with the letter S."