Not always no.
If you remember the old "trimphone dials" for example - or the glow-in-the-dark fishing floats which consist of a small glass tube, these contain tritium gas. The disintigration of this yields light. The ouput of energy however is anything but huge - typically in the order of attowatts for even a large tube.
On the other hand, a nuclear power station or bomb can yield power levels in billions and trillions of watts.
So, without a more defined question, the answer can only really be an expansion of "Sometimes."
It depends somewhat on the reaction, however, in general energy is released, alpha, gamma, beta radiation and possible neutrons can be emitted and new or different elements can be formed.
Heat
Nuclear reactions may or may not involve nuclear transmutation. We need to split hairs here to arrive at the correct answer, and the answer involves the definition of the word transmutation. We sometimes think of transmutation as the changing of one element to another. Fission and fusion reactions do this, and many kinds of radioactive decay also convert one element into another. But there are some kinds of nuclear reactions that do not change an atom from one element to another, but instead change it from one isotope of a given element into another isotope of that element. There are a number of examples of this, and one is where isotopes of a given element absorb a neutron and become another isotope of that element. A given nucleus incorporates the neutron into its nuclear arrangement and the next heavier isotope of that element is created. If a "strict" definition of transmutation is used where it means a nuclear reaction that changes one element into another, then no, this does not always happen as illustrated above with the example of neutron absorption. If a more general interpretation of the term is used where we say that the nucleus transmutes meaning changes configuration, then yes, nuclear reactions involve nuclear transmutation.
The term nuclear reaction is a general one, and it refers to any change in atomic nuclei. There are a lot of different ones (nuclear changes) that qualify, so let's look at some. A nuclear reaction could be a nuclear decay event where a single atomic nucleus undergoes a change. Alpha decay, beta decay, spontaneous fission and even gamma emission are nuclear reactions. Additionally, a nuclear reaction could refer to the interaction of a subatomic particle and an atomic nucleus, like neutron capture in nuclear chain reactions. Further, nuclear fusion, which is constantly going on in our sun, is also considered a nuclear reaction because lighter atomic nuclei are fused together to make heavier ones. As there are a number of "flavors" of nuclear reactions, we leave a reader a variety of options to choose from when we apply this term. It may help to be more specific, depending on the way this term is used.
The products of nuclear fusion are slightly less massive than the mass of the reactants because some of the mass of the reactants is converted into nuclear binding energy to hold the fusion product together.
Some indicators of a chemical reaction are:- formation of new compounds - change of color- change of odor- release of a gas- change of the temperature (absorption or release)- change of the viscosity- formation of a precipitate- change of general appearance- possible explosion - sometimes a sound is produced - possible chemiluminescence
That depends very much on what reaction is taking place. For some reactions a thermometer is all you need. For others, such as titrations, you need some sort of indicator, such as Eriochrome Black T. Other reactions may require a manner of collecting gas, still others, such a precipitation reactions, may only require your eyes.
Uranium may suffer nuclear reactions, nuclear fission, nuclear decay.
The general term is "nuclear reaction". An atom may emit alpha, beta, or gamma rays; it may split into two or three smaller parts (fission), or two lighter atoms may combine into a heavier one (fusion).
i think that in nuclear reactions but in normal reaction not created and destroyedAdded:No, never created or destroyed. Only in nuclear reactions some atoms may change in other atoms (by decay or fusion) but still not (totally) distroyed.
Anything that uses electricity may use nuclear energy
temperature and pH
Nuclear reactions may or may not involve nuclear transmutation. We need to split hairs here to arrive at the correct answer, and the answer involves the definition of the word transmutation. We sometimes think of transmutation as the changing of one element to another. Fission and fusion reactions do this, and many kinds of radioactive decay also convert one element into another. But there are some kinds of nuclear reactions that do not change an atom from one element to another, but instead change it from one isotope of a given element into another isotope of that element. There are a number of examples of this, and one is where isotopes of a given element absorb a neutron and become another isotope of that element. A given nucleus incorporates the neutron into its nuclear arrangement and the next heavier isotope of that element is created. If a "strict" definition of transmutation is used where it means a nuclear reaction that changes one element into another, then no, this does not always happen as illustrated above with the example of neutron absorption. If a more general interpretation of the term is used where we say that the nucleus transmutes meaning changes configuration, then yes, nuclear reactions involve nuclear transmutation.
My Siren is Nuclear - 2010 was released on: USA: 30 May 2010 (ArtsFest Film Festival)
They could be used for making science test or other things, per example: Many chemical reactions release energy in the form of heat, light, or sound. These are exothermic reactions. Exothermic reactions may occur spontaneously and result in higher randomness or entropy (ΔS > 0) of the system. They are denoted by a negative heat flow (heat is lost to the surroundings) and decrease in enthalpy (ΔH < 0). In the lab, exothermic reactions produce heat or may even be explosive.
The term nuclear reaction is a general one, and it refers to any change in atomic nuclei. There are a lot of different ones (nuclear changes) that qualify, so let's look at some. A nuclear reaction could be a nuclear decay event where a single atomic nucleus undergoes a change. Alpha decay, beta decay, spontaneous fission and even gamma emission are nuclear reactions. Additionally, a nuclear reaction could refer to the interaction of a subatomic particle and an atomic nucleus, like neutron capture in nuclear chain reactions. Further, nuclear fusion, which is constantly going on in our sun, is also considered a nuclear reaction because lighter atomic nuclei are fused together to make heavier ones. As there are a number of "flavors" of nuclear reactions, we leave a reader a variety of options to choose from when we apply this term. It may help to be more specific, depending on the way this term is used.
It is possible that some clients may have emotional reactions associated with the release of physical patterns acquired as a response to trauma, but such reactions are unusual.
The products of nuclear fusion are slightly less massive than the mass of the reactants because some of the mass of the reactants is converted into nuclear binding energy to hold the fusion product together.
explosives are things that make a loud bang and a whole lot of fire