Which of the following is least reasonable regarding energy production in the Sun? Group of answer choices Although the Sun is losing some energy, it is getting bigger and gaining some mass because some of the radiated energy is being converted to mass. The core of the Sun is converting hydrogen to helium through nuclear fusion. Some of the energy produced in the Sun through nuclear fusion can be harnessed on Earth with photovoltaic (e.g., solar panels) technology. The mass m lost in a nuclear fusion reaction can be accounted for by a gain of energy E according to the famous equation E=mc2.
Which of the following is least reasonable regarding energy production in the Sun? Group of answer choices Although the Sun is losing some energy, it is getting bigger and gaining some mass because some of the radiated energy is being converted to mass. The core of the Sun is converting hydrogen to helium through nuclear fusion. Some of the energy produced in the Sun through nuclear fusion can be harnessed on Earth with photovoltaic (e.g., solar panels) technology. The mass m lost in a nuclear fusion reaction can be accounted for by a gain of energy E according to the famous equation E=mc2.
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Which of the following is least reasonable regarding energy production in the Sun?
Group of answer choices
Although the Sun is losing some energy, it is getting bigger and gaining some mass because some of the radiated energy is being converted to mass.
The core of the Sun is converting hydrogen to helium through nuclear fusion.
Some of the energy produced in the Sun through nuclear fusion can be harnessed on Earth with photovoltaic (e.g., solar panels) technology.
The mass m lost in a nuclear fusion reaction can be accounted for by a gain of energy E according to the famous equation E=mc2.
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