Question

In: Physics

11. [5] The energy of the Sun is created in nuclear fusion. The energy of the...

11. [5] The energy of the Sun is created in nuclear fusion. The energy of the atom bomb is
produced in nuclear fusion. Pick just one of these processes and explain why the nucleus
undergoes either fusion or fission. How is this related to the equation, ?

Solutions

Expert Solution


Related Solutions

Nuclear binding energy and fusion a) Using Einstein’s energy-mass equivalence, calculate the energy in MeV corresponding...
Nuclear binding energy and fusion a) Using Einstein’s energy-mass equivalence, calculate the energy in MeV corresponding to one atomic mass unit u. b) Now, consider the fusion process of a deuterium nucleus and a proton into a Helium-3 nucleus: 2 1H +1 1 H → 3 2He (i) Given the masses of the nuclei M( 2 1H) = 2.014102 u and M( 3 2He) = 3.016030 u, calculate the mass defects of the 2 1H and 3 2He nuclei in...
a. It has been said the energy from the sun is based on fusion. Explain, using...
a. It has been said the energy from the sun is based on fusion. Explain, using reaction equations.  Are the other stars the same then? b. Fission reactors have to be designed with caution toward harmful radiation and contamination. Do Fusion reactors have these same harmful “radiation” problems? Why or why not?
Fusion is the process by which the sun produces energy. One experimental technique for creating controlled...
Fusion is the process by which the sun produces energy. One experimental technique for creating controlled fusion utilizes a solid-state laser that emits a wavelength of 1150 nm and can produce a power of 1.00
A promising source of energy are nuclear fusion reactors (more stable and with less radioactive products...
A promising source of energy are nuclear fusion reactors (more stable and with less radioactive products than fission reactors). Their basic reaction is the fusion of two forms of heavy hydrogen into helium and a neutron: d + t → 4He + n. The deuteron (d) consists of a neutron (n) and a proton (p) bound by 2.2 MeV , the triton (t) of 2 n’s and a p bound by 8.5 MeV , and 4He of 2 n’s and...
Most stars, including our own sun, undergo nuclear fusion using hydrogen as the primary fuel source....
Most stars, including our own sun, undergo nuclear fusion using hydrogen as the primary fuel source. Some stars, however, use helium, carbon, or other elements as their primary fuel, and all stars will have at least trace amounts of many other elements. Describe a way you can use the concepts of atomic spectroscopy to determine the elemental composition of stars.
How is an atomic bomb similar to the energy created in a nuclear power plant? please...
How is an atomic bomb similar to the energy created in a nuclear power plant? please use more than 100 words.
1).What are the confusion M clear fusion respectively? Where does the nuclear energy come from? 2)....
1).What are the confusion M clear fusion respectively? Where does the nuclear energy come from? 2). How much energy will be released if the mass loss in a nuclear reaction is 0.5 kg?
what are similarities and dissimilarities between nuclear fission and fusion?
what are similarities and dissimilarities between nuclear fission and fusion?
Explain (in detail) Nuclear Fission and Nuclear Fusion, why is one radioactive vs the other?What is...
Explain (in detail) Nuclear Fission and Nuclear Fusion, why is one radioactive vs the other?What is the nuclear process in a reactor (Fission, or fusion), and what kind of decays is it going through (alpha, beta, or gamma)?What is Critical Mass in nuclear physics?
which of following statement is true of nuclear fusion a. the mass of the products is...
which of following statement is true of nuclear fusion a. the mass of the products is greater than the mass of the reactant, and energy is absorbed b. the mass of the products is greater than the mass of the reactants, and energy is released c. the mass of the products is less than the mass of the reactants and energy absorbed d. the mass of the products is less than the mass of the reactants, and energy is released.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT