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When a Neutron Collides with a Uranium-235 Nucleus It Can $\rightarrow$

Question 65

Multiple Choice

When a neutron collides with a uranium-235 nucleus it can induce a variety of fission reactions. One such reaction is $When a neutron collides with a uranium-235 nucleus it can induce a variety of fission reactions. One such reaction is + \rightarrow + + 2 . Given the following mass values: , 139.921620 u; , 93.915367 u; , 235.043924 u; , 1.008665 u what mass of uranium is needed to produce a 10-kiloton yield? 1 u = 1.660540 x 10-27 kg; 1 kiloton = 5.0 x 1012 J. A) 0.57 kg B) 0.66 kg C) 6.58 kg D) 3.85 kg E) 1.10 kg$ + $When a neutron collides with a uranium-235 nucleus it can induce a variety of fission reactions. One such reaction is + \rightarrow + + 2 . Given the following mass values: , 139.921620 u; , 93.915367 u; , 235.043924 u; , 1.008665 u what mass of uranium is needed to produce a 10-kiloton yield? 1 u = 1.660540 x 10-27 kg; 1 kiloton = 5.0 x 1012 J. A) 0.57 kg B) 0.66 kg C) 6.58 kg D) 3.85 kg E) 1.10 kg$ $\rightarrow$ $When a neutron collides with a uranium-235 nucleus it can induce a variety of fission reactions. One such reaction is + \rightarrow + + 2 . Given the following mass values: , 139.921620 u; , 93.915367 u; , 235.043924 u; , 1.008665 u what mass of uranium is needed to produce a 10-kiloton yield? 1 u = 1.660540 x 10-27 kg; 1 kiloton = 5.0 x 1012 J. A) 0.57 kg B) 0.66 kg C) 6.58 kg D) 3.85 kg E) 1.10 kg$ + $When a neutron collides with a uranium-235 nucleus it can induce a variety of fission reactions. One such reaction is + \rightarrow + + 2 . Given the following mass values: , 139.921620 u; , 93.915367 u; , 235.043924 u; , 1.008665 u what mass of uranium is needed to produce a 10-kiloton yield? 1 u = 1.660540 x 10-27 kg; 1 kiloton = 5.0 x 1012 J. A) 0.57 kg B) 0.66 kg C) 6.58 kg D) 3.85 kg E) 1.10 kg$ + 2 $When a neutron collides with a uranium-235 nucleus it can induce a variety of fission reactions. One such reaction is + \rightarrow + + 2 . Given the following mass values: , 139.921620 u; , 93.915367 u; , 235.043924 u; , 1.008665 u what mass of uranium is needed to produce a 10-kiloton yield? 1 u = 1.660540 x 10-27 kg; 1 kiloton = 5.0 x 1012 J. A) 0.57 kg B) 0.66 kg C) 6.58 kg D) 3.85 kg E) 1.10 kg$ . Given the following mass values: $When a neutron collides with a uranium-235 nucleus it can induce a variety of fission reactions. One such reaction is + \rightarrow + + 2 . Given the following mass values: , 139.921620 u; , 93.915367 u; , 235.043924 u; , 1.008665 u what mass of uranium is needed to produce a 10-kiloton yield? 1 u = 1.660540 x 10-27 kg; 1 kiloton = 5.0 x 1012 J. A) 0.57 kg B) 0.66 kg C) 6.58 kg D) 3.85 kg E) 1.10 kg$ , 139.921620 u; $When a neutron collides with a uranium-235 nucleus it can induce a variety of fission reactions. One such reaction is + \rightarrow + + 2 . Given the following mass values: , 139.921620 u; , 93.915367 u; , 235.043924 u; , 1.008665 u what mass of uranium is needed to produce a 10-kiloton yield? 1 u = 1.660540 x 10-27 kg; 1 kiloton = 5.0 x 1012 J. A) 0.57 kg B) 0.66 kg C) 6.58 kg D) 3.85 kg E) 1.10 kg$ , 93.915367 u; $When a neutron collides with a uranium-235 nucleus it can induce a variety of fission reactions. One such reaction is + \rightarrow + + 2 . Given the following mass values: , 139.921620 u; , 93.915367 u; , 235.043924 u; , 1.008665 u what mass of uranium is needed to produce a 10-kiloton yield? 1 u = 1.660540 x 10-27 kg; 1 kiloton = 5.0 x 1012 J. A) 0.57 kg B) 0.66 kg C) 6.58 kg D) 3.85 kg E) 1.10 kg$ , 235.043924 u; $When a neutron collides with a uranium-235 nucleus it can induce a variety of fission reactions. One such reaction is + \rightarrow + + 2 . Given the following mass values: , 139.921620 u; , 93.915367 u; , 235.043924 u; , 1.008665 u what mass of uranium is needed to produce a 10-kiloton yield? 1 u = 1.660540 x 10-27 kg; 1 kiloton = 5.0 x 1012 J. A) 0.57 kg B) 0.66 kg C) 6.58 kg D) 3.85 kg E) 1.10 kg$ , 1.008665 u what mass of uranium is needed to produce a 10-kiloton yield? 1 u = 1.660540 x 10^-27 kg;
1 kiloton = 5.0 x 10¹² J.