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Plutonium-238,an $\alpha$ Emitter and a Compact Heat Source,has a Half-Life of 86

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Plutonium-238,an $\alpha$ emitter and a compact heat source,has a half-life of 86 years.Coupled with a PbTe thermoelectric device,it is used as a very reliable electrical energy source for cardiac pacemakers.If 100.0 grams of ²³⁸Pu (238.0495 g/mol) were used in a pacemaker,how many $\alpha$ particles would it produce in 10 years? (1 mole = 6.02 $Plutonium-238,an \alpha emitter and a compact heat source,has a half-life of 86 years.Coupled with a PbTe thermoelectric device,it is used as a very reliable electrical energy source for cardiac pacemakers.If 100.0 grams of 238Pu (238.0495 g/mol) were used in a pacemaker,how many \alpha particles would it produce in 10 years? (1 mole = 6.02 1023 atoms) A) 6.02 1023 B) 3.01 1023 C) 3.01 1022 D) 2.33 1023 E) 1.96 1022$ 10²³ atoms)

A) 6.02 $Plutonium-238,an \alpha emitter and a compact heat source,has a half-life of 86 years.Coupled with a PbTe thermoelectric device,it is used as a very reliable electrical energy source for cardiac pacemakers.If 100.0 grams of 238Pu (238.0495 g/mol) were used in a pacemaker,how many \alpha particles would it produce in 10 years? (1 mole = 6.02 1023 atoms) A) 6.02 1023 B) 3.01 1023 C) 3.01 1022 D) 2.33 1023 E) 1.96 1022$ 10²³
B) 3.01 $Plutonium-238,an \alpha emitter and a compact heat source,has a half-life of 86 years.Coupled with a PbTe thermoelectric device,it is used as a very reliable electrical energy source for cardiac pacemakers.If 100.0 grams of 238Pu (238.0495 g/mol) were used in a pacemaker,how many \alpha particles would it produce in 10 years? (1 mole = 6.02 1023 atoms) A) 6.02 1023 B) 3.01 1023 C) 3.01 1022 D) 2.33 1023 E) 1.96 1022$ 10²³
C) 3.01 $Plutonium-238,an \alpha emitter and a compact heat source,has a half-life of 86 years.Coupled with a PbTe thermoelectric device,it is used as a very reliable electrical energy source for cardiac pacemakers.If 100.0 grams of 238Pu (238.0495 g/mol) were used in a pacemaker,how many \alpha particles would it produce in 10 years? (1 mole = 6.02 1023 atoms) A) 6.02 1023 B) 3.01 1023 C) 3.01 1022 D) 2.33 1023 E) 1.96 1022$ 10²²
D) 2.33 $Plutonium-238,an \alpha emitter and a compact heat source,has a half-life of 86 years.Coupled with a PbTe thermoelectric device,it is used as a very reliable electrical energy source for cardiac pacemakers.If 100.0 grams of 238Pu (238.0495 g/mol) were used in a pacemaker,how many \alpha particles would it produce in 10 years? (1 mole = 6.02 1023 atoms) A) 6.02 1023 B) 3.01 1023 C) 3.01 1022 D) 2.33 1023 E) 1.96 1022$ 10²³
E) 1.96 $Plutonium-238,an \alpha emitter and a compact heat source,has a half-life of 86 years.Coupled with a PbTe thermoelectric device,it is used as a very reliable electrical energy source for cardiac pacemakers.If 100.0 grams of 238Pu (238.0495 g/mol) were used in a pacemaker,how many \alpha particles would it produce in 10 years? (1 mole = 6.02 1023 atoms) A) 6.02 1023 B) 3.01 1023 C) 3.01 1022 D) 2.33 1023 E) 1.96 1022$ 10²²

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Plutonium-238,an α\alphaα Emitter and a Compact Heat Source,has a Half-Life of 86

Plutonium-238,an $\alpha$ Emitter and a Compact Heat Source,has a Half-Life of 86