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How many joules of energy in 1 stick of dynamite?
On average, a stick of dynamite contains about 1 billion joules of energy. This energy is released in an explosive reaction when the dynamite is detonated.
What is a Form of potential energy in food and dynamite?
Chemical potential energy is a form of potential energy found in both food and dynamite. This energy is released when chemical bonds are broken during a chemical reaction, such as digestion in food or explosion in dynamite.
True or false a stick of unlit dynamite is an example of kinetic energy?
False. A stick of unlit dynamite contains potential energy, not kinetic energy. Kinetic energy is the energy of motion, while potential energy is the stored energy an object possesses due to its position or state.
When dynamite explodes is it an example of chemical change?
Yes, when dynamite explodes, it is an example of a chemical change. The chemical bonds within the dynamite molecules are broken and reformed during the explosion, resulting in the release of energy and the formation of new chemical compounds.
Is ntrogen in dynamite?
Yes, nitrogen is present in dynamite as part of the explosive compound. Nitrogen is a key component in many explosive materials because of its ability to form highly stable and energetically favorable compounds that release energy rapidly when detonated.
Is a stick of unit dynamite an example of kinetic energy?
No, a stick of dynamite is potential energy because it has the potential to explode and release kinetic energy.
The expositon of dynamite is a chemical reactiondoes this reaction absorb or release energy?
Exothermic reactions release energy. Endothermic reactions absorb energy.
What energy transformation of explosion of dynamite?
The explosion of dynamite involves a rapid release of chemical energy stored in the dynamite molecules. This chemical energy is converted into thermal and kinetic energy during the explosion. The thermal energy causes the surroundings to heat up, while the kinetic energy produces the force that results in the explosion.
What energy is stored in a dynamite stick?
The energy stored in a dynamite stick is chemical potential energy. This energy is released in the form of heat and pressure when the dynamite is detonated.
Which form of energy does it take when dynamite explode?
When dynamite explodes, the chemical potential energy stored within the dynamite is rapidly converted into thermal (heat) and mechanical energy. This results in the release of a large amount of heat and pressure, causing the explosive reaction that produces an explosion.
A dynamite explosion converts chemical energy to?
A dynamite explosion converts chemical energy into heat, light, sound, and pressure. This release of energy is what causes the explosive force and destruction associated with detonations.
What type of energy is a stick of dynamite?
A stick of dynamite stores chemical potential energy, which is released in the form of heat and pressure when the dynamite explodes.
Does a stick of dynamite have potential energy?
Yes, a stick of dynamite has potential energy due to the chemical energy stored within it. When the dynamite is ignited, this energy is released in the form of an explosive reaction, converting potential energy into kinetic energy.
Dynamite explodes in the destruction of a building endothermic or exothermic?
The explosion of dynamite in the destruction of a building is an exothermic reaction because it releases heat energy to the surroundings. The chemical bonds in the dynamite break, leading to the formation of new molecules and the release of energy in the form of heat and light.
What type of energy is dynamite from to?
Dynamite is a form of chemical energy, which is released through a rapid exothermic reaction when it undergoes detonation. This released energy creates the explosive force associated with dynamite.
Who is mizz dynamite?
Miss dynamite is a rapper, most acclaimed for her release 'miss dynamite'.
How many joules of energy in 1 stick of dynamite?
On average, a stick of dynamite contains about 1 billion joules of energy. This energy is released in an explosive reaction when the dynamite is detonated.
