Q1 conservation of mass? 0.3 Points Remember americium-241? It's an isotope that can be used in...

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Q1 conservation of mass? 0.3 Points Remember americium-241? It's an isotope that can be used in a radioisotope thermoelectric generator (RTG) to power spacecraft. Why? While plutonium-238 is generally considered better for RTGS, there's currently a global shortage of it. The radioactive decay for americium-241 is this: 241 Am Np+ a. 237 95 Use the periodic table in Blackboard, and select "isotopes from the top." When you hover over an element, it will give you an array of isotopes. Find americium 241 and click it. X out of the pop-up. To the right of the main screen, you'lIl find a table with data. Find the "rest" mass, 93 expressed in kg. For 241 Am, it's 241.05683 amu. Find the mass for Np. For a, use the mass of the helium-4 nucleus. Based on the data you found, conservation of mass, and E = mc², how much energy, || 241 expressed in joules, could you derive from 1 kg of Am? Show your work, box your answer. Q1 conservation of mass? 0.3 Points Remember americium-241? It's an isotope that can be used in a radioisotope thermoelectric generator (RTG) to power spacecraft. Why? While plutonium-238 is generally considered better for RTGS, there's currently a global shortage of it. The radioactive decay for americium-241 is this: 241 Am Np+ a. 237 95 Use the periodic table in Blackboard, and select "isotopes from the top." When you hover over an element, it will give you an array of isotopes. Find americium 241 and click it. X out of the pop-up. To the right of the main screen, you'lIl find a table with data. Find the "rest" mass, 93 expressed in kg. For 241 Am, it's 241.05683 amu. Find the mass for Np. For a, use the mass of the helium-4 nucleus. Based on the data you found, conservation of mass, and E = mc², how much energy, || 241 expressed in joules, could you derive from 1 kg of Am? Show your work, box your answer.

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In radioisotope thermoelectric generator the energy released in the decay of radioactive isotope is ... View the full answer