Answered: The following questions is about the… | bartleby

Related questions

Question

b)
The following questions is about the 20Ne atom. Given:
Rest mass of 20Ne, m²ºNe = 19.99244u
Rest mass of proton, mp = 1.007825u
Rest mass of neutron, m₂ = 1.008667u
Rest mass of electron, m₂ = 5.4857 × 10-¹u
i)
ii) Calculate the binding energy per nucleon of the atom. In MeV.
Calculate the mass defect of the atom. In MeV.

Expert Solution

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Blurred answer

Similar questions

B3. In the alpha decay of uranium 232U → 228Th + He, how much kinetic energy (in MeV) will 90 the thorium atom have. Given that Q = 6.46 MeV and the atomic mass of 220Th is 228.028731u. Express the values to 3 significant figures, if necessary.
238 UJess stable than carbon-12 Why is the uranium-238 nucleus nucleus (12 C? Give an explanation by referring to the repulsive coulomb force and the binding energy per nucleon. 92 (Given mass of neutron, m,=1.00867 u ; mass of proton, m,=1.00782 u ; speed of light in vacuum, c=3.00x 10° m st; atomic mass of carbon-12, M=12.00000 u and atomic mass of uranium-238, M=238.05079 u )
What is the nuclear equation for Th (beta decay)? (Just enter a, b, c or d without a period). 90 235 a. 334TH 90 b. 234 Th 234 Ac + e 90 89 4 Pa + °1e 234 c. 30 Th d. 84TH - 1 Pa + °e 90 O a O b O c « Previous MacBook Pro
When a nucleus undergoes beta decay, A. its mass number decreases by 2. B. its atomic number increases by 1. C. It emits a proton D. It emits a high energy photon
All the nuclides below undergo nuclei decay, write an equation for each process with an explanation. a) complete and explain the alpha decay for the below nuclides. i) AX → ii) 238U →>> 92 b) complete and explain the ß decay for the below nuclides. i) IN → ii) ¹4C → Completed forms to be made available for external moderation. c) complete and explain the B* decay for the below nuclides. i) 4X → ii) ¹3/N →
56 (5) Fe has a mass defect of 0.58872 amu. What is its binding energy per nueleon? 26 (6) For the nuclear reaction 14 4. 17 N. +. He -> H. Calculate the energy in joules associated with the reaction of one atom of nitrogen-14 with one atom of He-4, given that the isotopic masses in amu are: N-14 (14.00307); He-4 (4.00260); O-17 (16.99991); and H-1 (1.007825).
Question 4 Use the following data to calculate the binding energy per nucleon in MeV of the Rhodium-103 nuclide Mass of Rh atom = 102.905503 u 103 45 %3D Mass of proton = 1.007276 u Mass of neutron = 1.008664 u %3D Mass of electron = 0.00054858 u %3D 1u = 931.494 MeV [2.2] Question 5
3. Explicitly calculate the binding energy and binding energy per nucleon for ®0 by comparing the mass of the atom to the sum of the masses of the constituent protons, electrons, and neutrons. You may ignore the binding energy of the electrons in the problem. [MeV]