reaction enthalpy Difference of mass 2 (thermo-31) On the This is Wikipedia. (https://de.wikipedia.org/w/index.php?title=%C3%84quivalenzvonMasseundEnergie&oldid=245822194) is of which: Applications for The Mass conversion in accordance with Einstein, that At the same time, Heating to 50 Degree Centigrade One of them Manufacture from materials of any heading Water (Adopted: Weight 1 Tons of) The Commission One Increase in mass to 2.3 Micrograms to be given. Confirmed with One of them Accounts This Value.

  Aufgabe: thermo-31    

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On the This is Wikipedia. (https://de.wikipedia.org/w/index.php?title=%C3%84quivalenz_von_Masse_und_Energie&oldid=245822194) is of which: Applications for The Mass conversion in accordance with Einstein, that At the same time, Heating to 50 Degree Centigrade One of them Manufacture from materials of any heading Water (Adopted: Weight 1 Tons of) The Commission One Increase in mass to 2.3 Micrograms to be given.
Confirmed with One of them Accounts This Value.

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Lösung:

In order to The Increase in mass to Calculation, must be We are the following: Steps passing through:
→ Calculation The of which: WPoor energy
→ Calculation The Increase in mass in accordance with Einstein

1. Q = m·c_w·ΔT
2. Q = 1000of which: · 4,18 kJ/kg · 50 ℃
3. Q = 2.09·10⁸ J
4. ΔE=Δm·c² Responsibility. Δm = ΔE/c²
5. Δm = 2.09·10⁸ [kg·m²/s²]/(300'000'000 m/s)² = 2.32·10^-9 kg

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