Because as a rule only a chemical compound has a chemical formula; a mixture contain two or many componds and each compound has a different chemical formula.
The chemical name refers to the full name of a compound, while the chemical formula represents the composition of elements in that compound using symbols and subscripts. The chemical formula provides information about the elements and their ratios in the compound, while the chemical name typically includes the names of the elements and possibly other descriptive terms.
No, its the opposite. Compounds have fixed ratios, think of H20, while mixtures can vary. You can make many types of mixtures out of the same things. Because of bonding compounds have fixed ratios.
Compounds on the periodic table are pure substances made up of two or more elements chemically bonded together, while mixtures are combinations of two or more substances physically mixed together without forming new chemical bonds. Compounds have a fixed chemical formula and characteristic properties, while mixtures can be separated by physical means and do not have a specific composition.
False. The chemical name of a drug does not necessarily represent its exact formula. The chemical name is a unique name assigned to a specific compound based on its chemical structure, while the drug's formula represents the elements and their proportions in the compound.
The chemical compound used in mothballs is typically either naphthalene (C10H8) or paradichlorobenzene (C6H4Cl2). Both substances work by releasing vapors that deter insects from coming near clothes or fabric.
Baking soda is actually a chemical compound ...while heterogeneous and homogeneous can only be mixtures chemical formula is NaHCO3.
The chemical name refers to the full name of a compound, while the chemical formula represents the composition of elements in that compound using symbols and subscripts. The chemical formula provides information about the elements and their ratios in the compound, while the chemical name typically includes the names of the elements and possibly other descriptive terms.
The chemical symbol of a molecule represents the individual elements present in the compound, while the chemical formula shows the ratio of each element in the compound. The formula is essentially a written expression of the molecule's composition and structure, making it equivalent to the symbol in chemical representation.
Mixtures are composed of numerous compounds. They can be separated through physical means (no chemical reactions needed.) Compounds are chemically bonded, so they can't be separated physically. You would need to do things like electrolysis.
No, its the opposite. Compounds have fixed ratios, think of H20, while mixtures can vary. You can make many types of mixtures out of the same things. Because of bonding compounds have fixed ratios.
A chemical symbol is just an abbreviation of that chemical's name while a formula will tell you how many of each different element are in a specific chemical compound.
Compounds on the periodic table are pure substances made up of two or more elements chemically bonded together, while mixtures are combinations of two or more substances physically mixed together without forming new chemical bonds. Compounds have a fixed chemical formula and characteristic properties, while mixtures can be separated by physical means and do not have a specific composition.
False. The chemical name of a drug does not necessarily represent its exact formula. The chemical name is a unique name assigned to a specific compound based on its chemical structure, while the drug's formula represents the elements and their proportions in the compound.
The formula for calcium polonium is CaPo. Calcium is a metal with the chemical symbol Ca, while polonium is a radioactive metalloid with the chemical symbol Po. When combined, they form the compound calcium polonium.
The chemical formula of radium sulphate will be RaSO4, but this compound is not still prepared.
The formula unit of a compound represents the simplest whole number ratio of elements in the compound. This can be determined by looking at the molecular formula of the compound or by performing chemical analysis to find the empirical formula. The formula unit is used in ionic compounds, while the molecular formula is used for covalent compounds.
Both compound and formula refer to specific combinations of elements in chemistry. A compound is a substance made of two or more different elements chemically bonded together, while a formula is a way to represent the elements and their ratio in a compound using chemical symbols and subscripts.