Suppose the reaction produces 1.664 *10¹⁰kJ/mol of energy.
Calculate the change in mass in grams that occurs when one mole of U-235 reacts with one mole of neutrons.E = mc², where c = 2.998 *10⁸ m/s; 1 kg = 6.0221415 *10²⁶ amu; 1 J = 1kg · m²/s².

Question

Suppose the reaction Suppose the reaction produces 1.664 *1010 kJ/mol of energy. Calculate the change in mass in grams that occurs when one mole of U-235 reacts with one mole of neutrons.E = mc2, where c = 2.998 *108 m/s; 1 kg = 6.0221415 *1026 amu; 1 J = 1kg · m2/s2. A) 0.185 g B) 0.555 g C) 0.898 g D) 5.41 g E) 9.22 F*10-17 g

Suppose the reaction produces 1.664 *10<sup>10 </sup>kJ/mol of energy. Calculate the change in mass in grams that occurs when one mole of U-235 reacts with one mole of neutrons.E = mc<sup>2</sup>, where c = 2.998 *10<sup>8</sup> m/s; 1 kg = 6.0221415 *10<sup>26</sup> amu; 1 J = 1kg · m<sup>2</sup>/s<sup>2</sup>. A) 0.185 g B) 0.555 g C) 0.898 g D) 5.41 g E) 9.22 F*10<sup>-17</sup> g

produces 1.664 *10¹⁰kJ/mol of energy.
Calculate the change in mass in grams that occurs when one mole of U-235 reacts with one mole of neutrons.E = mc², where c = 2.998 *10⁸ m/s; 1 kg = 6.0221415 *10²⁶ amu; 1 J = 1kg · m²/s².

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The Answer of Suppose the reaction produces 1.664 *10¹⁰kJ/mol of energy. Calculate the change in mass in grams that occurs when one mole of U-235 reacts with one mole of neutrons.E = mc², where c = 2.998 *10⁸ m/s; 1 kg = 6.0221415 *10²⁶ amu; 1 J = 1kg · m²/s².

Suppose the Reaction Produces 1