The burning of natural gas is a chemical property because it involves a chemical reaction. When natural gas (methane) reacts with oxygen in the air, it produces carbon dioxide, water, and heat energy. This is a chemical change as new substances are formed.
combustibility is a chemical property. It describes how readily a substance will react with oxygen to undergo combustion. Physical properties, on the other hand, are characteristics that can be observed without changing the chemical composition of a substance, such as color or density.
The chemical property described is called flammability.
When natural gas burns in a stove, it undergoes a chemical change. The chemical bonds in the natural gas molecules break, creating new molecules like carbon dioxide and water vapor. This chemical reaction releases heat and light energy as the gas transforms into different substances.
When a match burns, the wood shows the property of flammability. This means that the wood is capable of catching fire and sustaining a reaction with an external heat source like the flame from the match.
When LPG comes out of the cylinder, it changes from a liquid to a gas which is a physical change. When it burns, it undergoes a chemical change where it reacts with oxygen to produce heat, light, carbon dioxide, and water vapor.
"Burns easily" is a physical property of a material because it describes how the substance reacts to a specific type of external stimuli (in this case, heat or fire). It is not an inherent part of the substance's chemical composition.
The combustion of magnesium in air is a chemical reaction.
If you burn something it is a chemical change, however if you melt of boil it, it is a physical change.
Natural gas for cooking mainly exhibits physical properties. It is a colorless and odorless gas that burns cleanly when ignited. It does not undergo significant chemical changes during the cooking process, but rather releases energy as heat.
Melting is a physical property because it only changes the physical state of the substance, such as wax, but does not change its physical or chemical properties. This is because melting is not a chemical reaction. Flammability, however, is a chemical property, and when a substance burns, that is a chemical reaction, and the physical and chemical properties of the products will be different than the reactants (starting substances).
Melting is a physical property because it only changes the physical state of the substance, such as wax, but does not change its physical or chemical properties. This is because melting is not a chemical reaction. Flammability, however, is a chemical property, and when a substance burns, that is a chemical reaction, and the physical and chemical properties of the products will be different than the reactants (starting substances).
Yes, flammable is definitely a chemical property. When something burns, there is a chemical reaction, making it a chemical property.
When a substance melts, it changes state from solid to liquid. This does not alter the substance's chemical composition, so melting point is a physical property. Flammability means burning, and when a substance burns, it reacts with oxygen to produce a new substance that was not there before. This is therefore a chemical property.
Something that burns or is flammable would be a chemical change.
Physical properties of an element are those in which there is no change in its state. For example, the color and density of an element are physical properties. If an element is flammable, it goes through a reaction and burns, and there is a change in state. When there is a reaction that results in a change of state, Flammability is a chemical property.
Chemical
Chemical change