Yes, firecrackers release heat when they detonate.
Yes.
A firecracker gives off light because of a chemical reaction called combustion. Inside the firecracker, there are chemicals that burn when ignited, releasing energy in the form of light. The colors of the light produced depend on the specific chemicals used in the firecracker.
When a firecracker explodes, in addition to sound and light energy, heat energy is also released. This is because the chemical reaction that occurs during the explosion generates heat, which is then given off as thermal energy.
A firecracker that won't go off is generally called a "dud," which is a palindrome (spelled the same when read forwards or backwards).
The Heat's Off - 1967 was released on: USA: 26 April 1967
Conversion of chemical energy into sound and light energy. Crackers burst with sound and generates light.
This is both a physical and chemical change. The explosion involves the release of energy (heat and light), which is a chemical change due to the breaking of chemical bonds. The breaking of the wrapper into many pieces is a physical change as it does not involve any change in the chemical composition of the materials.
An exothermic reaction is typically marked by a release of heat. This means that the reaction gives off energy in the form of heat to the surroundings.
A college White boy blow off his butt bye putting a firecracker in bweeteen and litting it
A sudden loud and explosive sound is commonly referred to as a "bang" or an "explosion." It typically arises from a rapid release of energy or pressure, like the bursting of a balloon or a firecracker going off.
An exothermic reaction gives off heat as a result of energy being released in the form of heat. In an exothermic reaction, the products have lower energy than the reactants, leading to the release of heat to the surroundings.
no probably not... it would perforate your ear drum