Determine the AE of Zinc-65 that emitted a proton (¹₁P). The mass of Zinc-65 is 64.55961 amu and the mass of the Copper-64 is 63.79971 Mass of proton = 1.0072 amu Mass of electron = 5.4858x10-4 amu (a) How many nucleons does Zinc-65 has? (b) Calculate the Am (in amu). Write the complete value. (c) Calculate the AE (in J). Express your answer in 3 significant figures

(Q99) How many neutrons does each of the following nuclides have? Carbon-13 Oxygen-17 Nickel-60 Indium-111 Lawrencium-262

Select all of the following that are isotopes of 28Si.  Group of answer choices 29Si An atom with 14 protons and 16 neutrons An atom with 16 protons and 16 neutrons An atom with a mass of 29 Si-31 26P

The correct way to write the isotopes 2Na, AI, Kr, 19r in hyphenated form is sodium-24, aluminum-29, krypton-73, iridium- 194. A True B) False

Gold has one stable isotope, whichis gold-197, with an atomic mass of 196.97amu. A 14k (14-karat) gold contains 58.3% of gold and 41.7% of other metals. How manyatoms of goldare present in a 5.00-g sample of 14k gold?

For each pair of elements listed, predict which one has more stable isotopes:(a) I or Sn(b) Ga or Ni(c) Si or Cl

14) List the number of protons, neutrons, and nucleons (protons + neutrons), in that order, 137 Cs for an isotope with the symbol: 55 A) 55, 137, 192 B) 137, 55, 192 C) 82, 55, 137 D) 82, 137, 219 E) 55, 82, 137 (401 saibaid meloun sib

Livermorium-292 is formed by bombarding hassium-281 with oxygen-16. How many neutrons are released as a result of the bombardment? Livermorium: Z = 116 Hassium: Z = 108 Type your answer...

which of the isotopes in each of the following pairs is more abundant. (а) 1°В or в (b) °Li or 'Li (c) 1"N or 1SN (d) 2°Ne or 2°Ne

Recent Modules 7 of 106 Part A When a U nucleus is bombarded by neutrons (n) it undergoes a fission reaction, resulting in the formation of two new nuclei and neutrons. The 92 following equation is an example of one such fission process: Un Ba Kr + Enter the isotope symbol for the barium (Ba) nucleus in this reaction. Express your answer as an isotope. > View Available Hint(s) ΑΣφ Submit