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no. chemical reaction requires a new substance to be created
A piece of wood by itself is not an example of a chemical reaction. However, when the wood is burned, it chemically combines with oxygen in the air, producing mostly water and carbon dioxide. Because new chemical substances are created in this combustion reaction, the burning of wood is a good example of a chemical reaction.
No, a chemical reaction that absorbs energy is called an endothermic reaction. The transfer of heat from the surrounds into the substance. In reactions, energy is always CONVERTED, not created which means that nothing can be converted i.e. heat to chemical if there is no heat or initial energy.
Yes, compounds can be created by chemical reaction. They can also be destroyed by chemical reaction.
During a chemical reaction matter is neither created nor destroyed
no. chemical reaction requires a new substance to be created
The substance that is created is called a product.
The substance that is created is called a product.
It's called Product.
The substance that is created is called a product.
It is not chemical change ,it is a physical change
A product is a substance created in a chemical reaction
chemical. when a reaction is undertaken that changes the structure of a substance and creates a new substance it is a chemical reaction. a gas is created during the reaction and a new chemical compound (sodium acetate) is left behind leaving neither of the previous elements present.
After a chemical reaction new compouds (called also products) are formed.
Water is created in the chemical reaction of gasoline 'oxidizing' (burning).
A piece of wood by itself is not an example of a chemical reaction. However, when the wood is burned, it chemically combines with oxygen in the air, producing mostly water and carbon dioxide. Because new chemical substances are created in this combustion reaction, the burning of wood is a good example of a chemical reaction.
Chemical energy is not created by burning. Chemical energy is already present just converted into heat/light energy by burning.