No. Fe (iron) is an element, the simplest type of chemical substance possible, and so it cannot be broken down by chemical means.
no
NO2 or N2
methanolammonia (NH4)ammonia (NH4)
Ammonia can be decomposed by a chemical change. It is a compound made up of nitrogen and hydrogen (NH3) and can break down into its elemental components through processes such as thermal decomposition or reaction with other chemicals. In contrast, iron is an element that can undergo physical and chemical changes but cannot be decomposed into simpler substances, while argon and helium are noble gases and are also elements that cannot be chemically decomposed.
it is chemical property. they use the word decomposition immaterially shows changein chemical composition.hence chemical change.
no
No. Sodium is an element and elements cannot be broken down (decomposed) by a chemical change.
It is a chemical change because some compounds from bread are thermally decomposed.
No, hydrofluoric acid (HF) cannot be decomposed by a chemical change because it is a stable compound. Physical methods are typically used to separate HF into its constituent elements.
Sucrose can be decomposed in glucose and fructose.
The substance that can be decomposed by a chemical change is N2O (nitrous oxide) because it undergoes a decomposition reaction when exposed to heat or a catalyst, breaking down into its constituent elements nitrogen and oxygen.
NO2 or N2
Carbon that cannot be decomposed is a chemical property. It is related to the chemical bonds and composition of the substance, indicating that the carbon atoms are tightly held together in a way that resists decomposition through physical means.
Physical ------------------- It is a chemical change because some compounds from bread are thermally decomposed. The reaction is not reversible.
methanolammonia (NH4)ammonia (NH4)
Ne - neon, is an element and also a noble gas. It can not be decomposed by a chemical reaction. All the other substances can be.
Yes, an element can be decomposed into simpler substances through chemical reactions. This typically involves breaking the chemical bonds that hold the element's atoms together, resulting in the formation of new compounds or elements.