3. (35) a. Complete and balance the following equations. b. Label each reaction as endothermic or...

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3. (35) a. Complete and balance the following equations. b. Label each reaction as endothermic or exothermic. (Circle prefix below.) lad sibel (5) c. Using the table below and the masses from your book, determine the energy per mole of nuclide. Isotope Mass (amu) Be-8 Ca-40 Cm-248 248.072349 61.932584 4.02719 95.9046795 8.00530510 39.962590866 Cu-62 Li-4 Mo-96 → 62- Isotope Nb-102 P-30 Sm-147 Sm-160 U-235 U-238 Mass (amu) Isotope 101.91804 1.100 29.97831349 xell 146.9148979 Zn-70 Zn-72 159.93514 235.0439299 Zr-90 238.05078826 Zr-92 3. 8+ --- 20150 (If you need more space to show your work, attach another page to your upload.) 1. 235U + In 160 72 92 + n Mass (amu) 139.92164 140.92665 69.925325 71.926858 89.9047044 91.9050408 1.660539 x 1027 kg 40 2. 20 + ²32_30_+ 4 + 2_ 1.0086649 endo/exo-thermic? endo/exo-thermic? endo/exo-thermic? (EI) 3. (35) a. Complete and balance the following equations. b. Label each reaction as endothermic or exothermic. (Circle prefix below.) lad sibel (5) c. Using the table below and the masses from your book, determine the energy per mole of nuclide. Isotope Mass (amu) Be-8 Ca-40 Cm-248 248.072349 61.932584 4.02719 95.9046795 8.00530510 39.962590866 Cu-62 Li-4 Mo-96 → 62- Isotope Nb-102 P-30 Sm-147 Sm-160 U-235 U-238 Mass (amu) Isotope 101.91804 1.100 29.97831349 xell 146.9148979 Zn-70 Zn-72 159.93514 235.0439299 Zr-90 238.05078826 Zr-92 3. 8+ --- 20150 (If you need more space to show your work, attach another page to your upload.) 1. 235U + In 160 72 92 + n Mass (amu) 139.92164 140.92665 69.925325 71.926858 89.9047044 91.9050408 1.660539 x 1027 kg 40 2. 20 + ²32_30_+ 4 + 2_ 1.0086649 endo/exo-thermic? endo/exo-thermic? endo/exo-thermic? (EI)