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The disintegration energy is
- a)the difference between the initial energy and the total energy of the decay products
- b)the difference between the initial mass and the total mass of the decay products
- c)the difference between the initial mass energy and the total mass energy of the decay products
- d)none of the above
Correct answer is option 'C'. Can you explain this answer?
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The disintegration energy isa)the difference between the initial energ...
Explanation:
The disintegration energy refers to the energy released during the process of radioactive decay. It is the energy difference between the initial mass energy and the total mass energy of the decay products.
Here's a detailed explanation of the given options:
a) The difference between the initial energy and the total energy of the decay products:
This option is not correct because energy is not conserved in a radioactive decay process. The total energy of the decay products is usually less than the initial energy due to the release of energy in the form of radiation.
b) The difference between the initial mass and the total mass of the decay products:
This option is also not correct because the mass is conserved in a radioactive decay process. The total mass of the decay products is equal to the initial mass.
c) The difference between the initial mass energy and the total mass energy of the decay products:
This is the correct option. According to Einstein's mass-energy equivalence principle (E=mc²), mass can be converted into energy and vice versa. In a radioactive decay process, some of the mass is converted into energy, resulting in a decrease in the total mass energy of the decay products compared to the initial mass energy.
The disintegration energy is calculated by subtracting the total mass energy of the decay products from the initial mass energy. It represents the energy released during the decay process.
d) None of the above:
This option is not correct because option c) is the correct answer.
To summarize, the disintegration energy is the difference between the initial mass energy and the total mass energy of the decay products. It represents the energy released during the process of radioactive decay.
The disintegration energy refers to the energy released during the process of radioactive decay. It is the energy difference between the initial mass energy and the total mass energy of the decay products.
Here's a detailed explanation of the given options:
a) The difference between the initial energy and the total energy of the decay products:
This option is not correct because energy is not conserved in a radioactive decay process. The total energy of the decay products is usually less than the initial energy due to the release of energy in the form of radiation.
b) The difference between the initial mass and the total mass of the decay products:
This option is also not correct because the mass is conserved in a radioactive decay process. The total mass of the decay products is equal to the initial mass.
c) The difference between the initial mass energy and the total mass energy of the decay products:
This is the correct option. According to Einstein's mass-energy equivalence principle (E=mc²), mass can be converted into energy and vice versa. In a radioactive decay process, some of the mass is converted into energy, resulting in a decrease in the total mass energy of the decay products compared to the initial mass energy.
The disintegration energy is calculated by subtracting the total mass energy of the decay products from the initial mass energy. It represents the energy released during the decay process.
d) None of the above:
This option is not correct because option c) is the correct answer.
To summarize, the disintegration energy is the difference between the initial mass energy and the total mass energy of the decay products. It represents the energy released during the process of radioactive decay.
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The disintegration energy isa)the difference between the initial energy and the total energy of the decay productsb)the difference between the initial mass and the total mass of the decay productsc)the difference between the initial mass energy and the total mass energy of the decay productsd)none of the aboveCorrect answer is option 'C'. Can you explain this answer?
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