Generally is compound; but it is not impossible that this product be an element.
The term for a type of reaction in which two substances react to produce a single compound is combination reaction. This is a type of chemical reaction.
sulphuric acid is a compound.It is not sulfur dioxide and water.The formula is H2SO4Sulphuric acid is the product of the chemical reaction that occurs when sulfur trioxide and water are mixed.
In the reaction, sodium and chlorine are participating in a chemical reaction to form sodium chloride (table salt), which is a compound that consists of both sodium and chlorine ions. Sodium (Na) will lose an electron to become a positively charged ion (Na+), while chlorine (Cl) will gain an electron to become a negatively charged ion (Cl-), resulting in the formation of the ionic compound sodium chloride (NaCl).
If the C4H8 compound is butene-1 or -2 or 2-methylpropene, the product is one of the chlorobutanes with general formula C4H9Cl. If the C4H8 compound is cyclobutane, there is no reaction at standard temperature and pressure.
Every combustion reaction we deal with produces gas with oxygen in the product, so O2 (oxygen gas) must be a reactant. For example, methane reacts with Oxygen in this way: CH4(l) + O2(g) -> C02(g)+2H2(g) Note O2 in gaseous form as a reactant.
An element and a compound can undergo a chemical reaction called a single replacement reaction. In this type of reaction, the element replaces one of the elements in the compound, forming a new compound and a different element as a product.
Product
its a product
It is called a product
It is called the reaction product, or product.Related Information:The substances that are used to make the product are called reactants.
No, a decomposition is when one substance break apart into multiple compounds. In this reaction P4O10 and water combine to make phosphoric acid. If the reaction were reversed, it would be a decomposition reaction.
A decomposition reaction is one where a compound is broken down into simpler chemicals (which may be its elements)An example where this is not the case is the decomposition of Carbonic acid, which in water slowly breaks down into water and carbon dioxide (this is what is used in fizzy drinks)H2CO3 → H2O + CO2In decomposition, a molecule may break down into smaller molecules, but the molecules are still not elements. Some molecules will decompose to elements, but it is actually more common for them to just break down into smaller molecules.For example:Water can decompose (via electrolysis) by the reaction2H2O(l) → 2H2 + O2in this case, both of the products are elements.On the other hand, hydrogen peroxide spontaneously decomposes via the reaction2H2O2 → 2H2O + O2in this case, the products include an element and a molecule composed of more than one elementWhen heated, calcium carbonate decomposes via the reaction:CaCO3 → CaO + CO2obviously in this case neither product is an element
The opposite of a decomposition reaction is a synthesis or combination reaction, where two or more substances combine to form a more complex product.
A synthesis reaction is where two (or more) chemicals or elements combine to create one new product. A decomposition reaction is the opposite meaning it is when one compound is broken down into the 2 (or more) compounds/elements it is made up of. Both of these refer to compounds, not mixtures. Mixtures cannot have synthesis or decomposition reactions. The difference between a compound and a mixture is that a compound is chemically bonded together at the atomic level while a mixture is just mixed together.
Water is a product of burning, neutralization reaction, thermal decomposition, etc.
Combination reactions follow the formula A + B --> AB. For example, C + O2 --> CO2. Decomposition reactions follow the formula AB --> A + B. For example, H2CO3 --> H20 + CO2.
It can. As an example Hydrogen gas - an element, is produced by a metal reacting with an acid or water. There are many other examples. Photosynthesis produces oxygen which is an element. Reduction of iron ore and other ores produces elements.