1. Consider the Fusion reaction 3H +3H -> 4He + 2 n How much energy is released (in MeV)?
2. How much energy is released in the fission reaction below (in MeV)?
n + 239Pu -> 135Xe + 102Ru + 3n
1 )
given
3H + 3H ----> 4He + 2 n
LHS = RHS
the mass of the 3H is = 3.0160493 u
the mass of the 4He is = 4.0026032 u
the mass of the neutron is " n " = 1.0086649 u
2n = 2.0173298 u
LHS = 3.0160493 u + 3.0160493 u
= 6.0320986 u
RHS = 4.0026032 u + 2.0173298 u
= 6.019933 u
the difference in the masse is m = 6.0320986 u
- 6.019933 u
m = 0.0121656
u
the energy is released is E = m x 931.5
= 0.0121656 x 931.5
so the energy released is E = 11.3322564 MeV
1. Consider the Fusion reaction 3H +3H -> 4He + 2 n How much energy is...
Fusion problems, find the energy release 2H +3H → 4He + ? 4He +4He → 7Be + ? 2H +3He → 4He + ? 2H + 1H → ᵞ+ ?
Find the energy Q released in the fusion reaction. (Note that the reaction below is between nuclei. For the atomic masses, see this table. The mass of an electron is 0.00054 1H+3He → 4He + e+ + ν MeV
Find the energy Q released in the fusion reaction. (Note that the reaction below is between nuclei. For the atomic masses, see this table. The mass of an electron is 0.00054 1H+3He → 4He + e+ + ν MeV
Consider the following fusion reaction: He 1n How much energy, in megaelectronvolts, is released in this reaction? Atable of isotope masses is available here. Number AE 4.3757 MeV
4He is formed when isotopes of hydrogen undergo fusion. What is the energy associated with the formation of 2.00 g of 4He (1 mole = 4.00260 g) by the fusion of 3H and 1H? ΔE for the formation of one atom of 4He is -3.17603×10-12 J.
How much energy (in MeV) is released during the following fusion reaction? 1H + 2H → 3He Molar mass of 1H = 1.00728 g/mol Molar mass of 2H = 2.01355 g/mol Molar mass of 3He = 3.01493 g/mol 1 MeV = 1.60218 * 10-13 J
How much energy (in MeV) is released during the following fusion reaction? 1H + 2H → 3He Molar mass of 1H = 1.00728 g/mol Molar mass of 2H = 2.01355 g/mol Molar mass of 3He = 3.01493 g/mol 1 MeV = 1.60218 * 10-13 J Report your answer to one decimal place. Do not input a unit or a sign (+/-).
1. Consider the induced fission of 235U to form 2 fission fragments, 2 prompt fission neutrons with a total kinetic energy of 5.2 MeV, and 7 prompt gamma rays with a total energy of 6.7 MeV. The reaction is shown below: 96x after 139 95 235 ー→ 542 For the specified fission reaction, calculate the following: (a) The prompt energy released for this fission event in MeV (b) The initial kinetic energy of the 140Xe' fission fragment in MeV
1....
For the different possible fission and fusion reactions given below, calculate the energy released during the process (n = neutron, pt = proton): a. 235U+n → 144Ba + Kr + 2n b. 235U +n 141Ba +9Kr + 3n c. 235U +n + "Zr + 139Te + 3n d. 2H+ ?H e. He + "Li 2 'He+p "He +n
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Consider a sample of Uranium-235 with a mass of 3 kg. How many Uranium-235 atoms (no units) are in this sample? The Atomic Mass of Uranium-235 is 235.043922 g/mol. Submit Answer Tries 0/8 If each of these Uranium-235 nuclei undergoes nuclear FISSION and 200.6 MeV is released during each fission reaction, how much total energy (in MeV) will be released from 3 kg of Uranium-235? Submit Answer Tries 0/8 Now consider a...
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