To calculate the energy produced from 112 grams of hydrogen in a fuel cell, we first note that 1 mole of hydrogen (approximately 2 grams) produces about 286 kJ of energy when converted to water. Therefore, 112 grams of hydrogen corresponds to 56 moles. Multiplying 56 moles by 286 kJ gives approximately 16,016 kJ of energy. If this energy is converted over time, the power output in Watts will depend on the duration; for instance, if released over one hour, it would yield about 4,448 Watts.
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No. Hydrogen fuel cell is not a title. You would only capitalize hydrogen if it was at the beginning of a sentence, as I did with this one. Otherwise, you would say 'hydrogen fuel cell'.
Hydrogen is the simplest element in the universe. Combining hydrogen and oxygen in a fuel cell would produce energy without pollution.
uhh I think you mean a hydrogen oxygen atom as hydrogen and oxygen are not cells. it is a compound (a compound is an atom made up of two different atoms) made up of... guess what? Hydrogen and oxygen. In short though the correct term in the current situation i think you would be looking for the term hydrogen, oxygen fuel cell. it's a fuel cell in general. i would recommend further studying it.
100 watts
Water is the benefit of a hydrogen fuel cell ;)
No they don't When hydrogen (electrode in the cell) reacts with oxygen ( catalyst in the cell), it's chemical reaction converts the hydrogen gas to negatively charged electrons (-e) and positively charged hydrogen ions (H+). As for the pollution factor, the ONLY Bi-product from hydrogen cells is Water (H2O). I hope you understood all that (as you would need to know how a battery cell works).
An average hydrogen fuel cell produces approximately 9 grams of water for every kilowatt-hour of electricity generated. This amount can vary based on the efficiency of the fuel cell and operating conditions. In practical applications, the water produced can either be released as vapor or collected for reuse, depending on the system design.
A hydrogen fuel cell is a type of electrochemical cell that produces electricity by combining hydrogen and oxygen to generate power. The key difference is that in a hydrogen fuel cell, the reactants (hydrogen and oxygen) are continuously supplied externally to sustain the electricity generation process, while in a typical electrochemical cell, the reactants are contained within the cell and eventually get depleted.
A fuel cell car would be defined as a vehicle with an electric motor or engine that uses a fuel cell to produce electricity to power its motor with hydrogen.
A living cell is much larger than an atom of hydrogen. A living cell can be as much 10,000 times larger in size compared to a single hydrogen atom.
Hydrogen engines.