Question: Write the balanced nuclear equations for the unstable isotopes
These are the Decay Equations of the 5 given isotopes.
Question: Write the balanced nuclear equations for the unstable isotopes In the space below, write the...
In the space below, write the balanced nuclear equations for the unstable isotopes: 7. Carbon-14 8. Cobalt-57 9. Strontium-90 10. lodine-124 11. Radium-226
This is a chart to help you with observations ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ please help with this chart, will rate, thanks! ^^^^^^^^^^^^^^^^^ Unstable Isotope Atomic Number Number of Protons 6 Number of Neutrons Neutron-to-Proton Ratio 1.30 Carbon-14 Cobalt-57 8 30 27 27 1.10 38 38 52 1.37 Strontium-90 lodine-124 Radium-226 53 53 71 1.34 88 88 138 1.57 Table III-C. Type of Radioactive Decay for Some Radioisotopes Prediction Confirmed Method of Decay Unstable Isotope Carbon-14 Cobalt-57 Strontium-90 lodine-124 Radium-226
Please fill out the chart. Table III-A. Atomic Number, Number of protons, Number of Neutrons and Neutron-to-Proton Ratio for Some Stable Isotopes. Number of Number of Neutron-to-Proton Stable Isotope Atomic Number Protons Neutrons Ratio Helium-4 4 2 2 Carbon-12 6 6 6 Silicon-28 14 14 14 Scandium-45 Iron-56 Cobalt-59 Strontium-88 Silver-109 lodine 127 Gadolinium-160 Lead-206 Table III-B. Atomic Number, Number of protons, Number of Neutrons and Neutron-to-Proton Ratio for Some Unstable Isotopes. Number of Number of Neutron-to-Proton Unstable Isotope Atomic...
Write a balanced nuclear equation for the Alpha decay of: a. Plutonium-244 b. Strontium-90 234 4 . ______ ---------> 90Th + 2He 230 226 90Th ---------> 88Ra + ______
(7) The diagram below shows a chart of nuclides (isotopes of elements) in the radioactive decay series of U-238 to Pb-206 There are 14 nuclear reactions in this series. Write and balance each one: 128 130 132 134 136 138 140 142 144 146 124 126 Ura 34 92 ? emitter ? 230 234 90 emitter a stable nucleus 226 86 210 214 218 84 210 Number of neutrons
11-14 Write balanced nuclear equations for the alpha decay of each of the following nuclides. a. g0 b. Bismuth-210 d. Americium-243 152 С. 64
14 Write balanced nuclear equations for the following trans- formations: (a) polonium-210 emits alpha particle; (b) neptunium-235 undergoes electron capture; (c) fluorine-18 emits beta particle; (d) carbon-14 decays by beta emission.
Question 3 0.83 pts Write balanced nuclear equations for the following: Input numbers for mass numbers or charges and symbols for the elements. a. B-decay of silicon-32: 3214Si → 0.13 + 15 b. d-decay of polonium-218: 21834Po → 82 + a 110 491n: c. Electron capture by 110 110 °4919 + 0 10 → d.ßt emission by magnesium-23: 2312Mg → B+ 0 23
please show all work 6. Write the balanced nuclear equations for the processes described below. (3 points each) a. Barium-123 undergoes positron decay b. Samarium-136 undergoes electron capture c. Lead-206 is produced via alpha decay d. Sulfur-32 is produced via beta decay
Question 3 0.83 pts Write balanced nuclear equations for the following: Input numbers for mass numbers or charges and symbols for the elements. a. B-decay of silicon-32: 3214Si — 0-13 + 15 + b.a-decay of polonium-218: 218 °84Po → 82 α 110 c. Electron capture by 110 491n: 110 49n + 0 -1e → d. B+ emission by magnesium-23:2312Mg B + 23