By supplying energy to it.
Explanation:
Since an endothermic reaction, by definition, NEEDS energy to go on, it will cool down (= taking heat energy from the reactants). It will stop itself as any reaction will slow down at lower(ing) temperatures.
So SUPPLY of heat is at least necessary to KEEP temperature at its minimum level of 'ongoing' reaction. (to: Chasity cordero)
To initiate and sustain an endothermic chemical reaction, you can provide the necessary activation energy by increasing the temperature, adding a catalyst, or using light as a source of energy. This will allow the reaction to start and continue in the presence of suitable reactants. Additionally, maintaining the reaction conditions such as temperature and pressure can help sustain the endothermic process.
In an endothermic chemical change, heat flows into the reaction (as opposed to exothermic reactions where the reaction gives off heat). To initiate the reaction only requires bringing the reactants into contact, but if it is too cold, the reaction will only proceed slowly. To accelerate the reaction and keep it going, there must be a constant supply of heat to the reactants. It is also necessary to constantly supply fresh reactants and preferably remove the reaction products - otherwise the reaction will approach thermodynamic equilibrium and essentially cease.
No, flattening is a physical change, not a chemical change. A chemical change involves a change in the chemical composition of a substance, whereas flattening simply changes the shape or appearance of the object.
No, a crystal cannot cause a chemical change on its own. Chemical changes involve the breaking and forming of chemical bonds, which is not something a crystal can do. Crystals are often used in chemical reactions as containers or catalysts, but they do not directly cause the chemical change.
Very probable a chemical change; but also physical changes can be the cause.
Being resistant to corrosion is a physical property of a material, not a physical or chemical change. It means that the material does not undergo chemical reactions with its environment that would cause it to deteriorate over time.
No, a bucket of bleach is not a chemical change because the bleach remains bleach in its chemical composition. However, when bleach is used to remove stains or clean surfaces, it can cause a chemical reaction with the substances it comes into contact with.
By heat , the more you add the more it keep going on
By heat , the more you add the more it keep going on
By heat , the more you add the more it keep going on
A chemical change can be caused by a reaction. It an element or compound reacts with another, it is known as a chemical change.
Chemical
Change in temperature is not a chemical change rather it is a physical change because it does not cause any change in composition or chemical properties of matter.
It is physical change
Cooking food can cause chemical Changes
Yes, it does.
No, flattening is a physical change, not a chemical change. A chemical change involves a change in the chemical composition of a substance, whereas flattening simply changes the shape or appearance of the object.
No, a crystal cannot cause a chemical change on its own. Chemical changes involve the breaking and forming of chemical bonds, which is not something a crystal can do. Crystals are often used in chemical reactions as containers or catalysts, but they do not directly cause the chemical change.
Yes, it can. Example: heating up,