reaction enthalpy, Difference of mass 1 (thermo-30) By The Blast gas reaction 2H + O → H2O will be The Reaction energy of 571.6 kJ/mol Free. In order to How a lot Reduced The Commission The Weight One of them (!) Water molecules in accordance with Einstein? Notes: [J] = [kg m2 s-2]

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By The Blast gas reaction 2H + O → H₂O will be The Reaction energy of 571.6 kJ/mol Free. In order to How a lot Reduced The Commission The Weight One of them (!) Water molecules in accordance with Einstein?
Notes: [J] = [kg m² s^-2]

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Lösung:

1. According to Einstein Applicable E=m·c² Responsibility. ΔE=Δm·c²
2. c is The Speed of light, 300'000 km/s
3. Reforming The Einstein's Equation after m Responsibility. Δm
4. Δm = ΔE/c²
5. Δm = 571.6·1000[kg·m²/s²]/(300'000'000 m/s)² = 6.35·10^-12 kg

The Calculated 6.35·10^-12 kg Related The Commission on a Mol. Shall I Now on a only Water molecule Locked back will be, This is it. must Not yet by: The Avogadro number (6.022·10²³) divided will be, and It's receives The Theoretical Reduction in mass for each molecule:
6.35·10^-12 kg / 6.022·10²³ = 1.05·10^-35 kg

ABER: According to 'Good question.net', This time But One Useful answer:
The Increase to Weight by: will be not by: simple Supply of Energy, but by: The DIREKTE Conversion of Energy to Subject matter (The Energy KONDENSIERT QUASI ZU MATERIE) This occurring However, In the case of This is it. high Temperatures, that The Classical Physics not more Applicable. With One of them Purely Supply of Energy is given It 's It 's just … One Increase The Temperature.

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