Depends what you mean - your question is not clear - but consider :-
At STP Oxygen and Hydrogen are two elements in the gaseous physical state BUT their compound Water is in the liquid state.
At STP Oxygen is gaseous and Iron is solid BUT their compound is Iron Oxide is solid.
So the answer is no.
No, a liquid cannot be a compound. A compound is a substance composed of two or more elements chemically bonded together, while a liquid is a state of matter with particles that are free to move past each other. The term "liquid" describes the physical state of certain compounds or elements.
The law of definite proportions states that a compound always contains the same elements in the same proportion by mass, regardless of the source of the compound. This means that for a given compound, the ratio of the masses of the elements is always constant.
Compounds cannot be broken down into their constituent elements by physical methods because the bonds holding the elements together in a compound are chemical bonds, which require chemical reactions to break. Physical methods only involve changes in state or appearance of matter, not in its chemical composition. Breaking down a compound into its elements requires breaking these chemical bonds, which can only be achieved through chemical reactions.
Yes it can. Water, table salt, and sugar are all examples of compounds and can all be decomposed into simpler substances through physical means.^^ I believed that water and table salt would be a mixture, mixtures are the non-chemical means not compounds, with compounds there is a chemical change.
Not necessarily. Some chemical reactions may change the physical state of matter (e.g. solid to liquid), while others may not involve a change in physical state. It depends on the specific reaction and the properties of the substances involved.
No, a liquid cannot be a compound. A compound is a substance composed of two or more elements chemically bonded together, while a liquid is a state of matter with particles that are free to move past each other. The term "liquid" describes the physical state of certain compounds or elements.
The law of definite proportions states that a compound always contains the same elements in the same proportion by mass, regardless of the source of the compound. This means that for a given compound, the ratio of the masses of the elements is always constant.
You determine It.. obviously
Compounds are chemically-combined elements. Very few elements exist in an uncombined state, so various physical or chemical reactions are needed to move elements from one state to another. Some physical operations include: Smelting (a heating operation) is used to remove metals from ore. Fractional distillation (vaporization and cooling) can separate mixtures of various compounds and elements.
The compound FeO is formed by two different elements: iron (Fe) and oxygen (O). In this compound, iron has a +2 oxidation state, while oxygen has a -2 oxidation state, resulting in a neutral compound.
The physical state of a compound is determined by its intermolecular forces. Solids have strong forces, liquids have moderate forces, and gases have weak forces between their molecules. Factors such as temperature and pressure also play a role in determining the physical state of a compound.
Compounds cannot be broken down into their constituent elements by physical methods because the bonds holding the elements together in a compound are chemical bonds, which require chemical reactions to break. Physical methods only involve changes in state or appearance of matter, not in its chemical composition. Breaking down a compound into its elements requires breaking these chemical bonds, which can only be achieved through chemical reactions.
Yes it can. Water, table salt, and sugar are all examples of compounds and can all be decomposed into simpler substances through physical means.^^ I believed that water and table salt would be a mixture, mixtures are the non-chemical means not compounds, with compounds there is a chemical change.
There is no such thing as that, oxidation state (number) refers to the "state" of the elements in the compund.
Not necessarily. Some chemical reactions may change the physical state of matter (e.g. solid to liquid), while others may not involve a change in physical state. It depends on the specific reaction and the properties of the substances involved.
The state of matter of a element or compound is linked to its melting and boiling points which are both physical properties. Also if the element/compound is a solid you could say physical properties on the type of structure it would form
It is always 0.