Answer to Question #282305 in Atomic and Nuclear Physics for Rambo

Atomic and Nuclear Physics

Question #282305

Calculate the number of nucleons in the nucleus for a particular element with binding energy 545.281 MeV and binding energy per nucleon 8.7948 .

.

Expert's answer

"A=\\frac E{\\omega}=\\frac{545.281}{8.7948}=62."

Learn more about our help with Assignments: Atomic Physics Nuclear Physics

Comments

No comments. Be the first!

Leave a comment

Related Questions

1. Find the Wronskian of the following functions and determine whether it is linearly dependent or line
2. 9. Chemical analysis shows that a bone fragment contains 10 g of C. Its activity is 50counts/min. Ho
3. 8. A 2.71 g sample of KCl is found to be radioactive. It is decaying at a rate of 4490Bq. The decay
4. 7. The atomic ratio between Uranium isotope 238U and 234U in a mineral sample is foundto be 1.8 × 1
5. 6. The polonium isotope 21084 Po is unstable and emits a 5.30 MeV alpha particle. Theatomic mass of
6. 4. How much time is required for 5mg of 22Na (T12 = 2.60 yrs) to reduce to 1 mg?
7. 3. Show that the mass of radium (Mass number= 226, half-life = 1600 yrs) with anactivity of a curie