Write the equation for the alpha decay of C-11.  Write the equation for the beta decay of Be-10.  Bismuth-210 experiences beta decay, and then the resulting isotope experiences alpha decay. Write the two equations for this two step decay series. Hint, the final isotope is a form of lead (Pb)

Predict the decay mode for Rb-91. *Write the name of the particle. Write the nuclear reaction. *Use the following format: X-A + potential name of particle --> X-A OR X-AX-A + potential name of particle

1. Which of these nuclides do you expect to be radioactive? Explain your reasoning.a. 20Ne              b. tungsten-184               c.  106Ti 2. What type of particle is emitted in each nuclear reaction? 238Pu → 234U 32Si → 32P

. You have 44.3 mg of the radioactive isotope 1311. How long will it take for the amount of 1311 to drop to 15.3 mg? 131 has a half-life of 8.02 days. A) 8.02 days B) 12.3 days C) 23.5 days D) 10.8 days E) 19.8 days Write a nuclear equation for the alpha decay of Am-241. A) 24 Am → He + ½/He + 233Np B) 24 Am → He + 245Bk 97 -je + 241 Cm C) 245Am → →e+ D) 241-3 Am → ₁e + 241 Pu → 94 241 95 E) 29-Am Am → → 1/1/n + În + 240 Am

Po-214 undergoes the following sequential decays: alpha plus gamma, followed by beta. The product of this decay series is __________.      lead     mercury     bismuth     radon     polonium

21. As stated in the previous problem, Cesium-137 is a radioactive product of nuclear power plants. Cs-137 and beta minus decays into barium, Ba-137. a) Write out the radioactive decay formula correctly listing the atomic numbers and mass numbers of the parent and daughter isotope as well as the two ejected particles. b) Specify if one of the ejected particles is an electron or positron?

Select the incomplete nuclear equations below that would be balanced if the missing particle is a beta particle. Choose all that apply.