Exercise
https://texercises.com/exercise/methanol/
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The following quantities appear in the problem: Masse \(m\) / Temperatur \(T\) / Wärme \(Q\) / spezifische latente Wärme \(L\) / Wärmekapazität \(c\) /
The following formulas must be used to solve the exercise: \(Q = c \cdot m \cdot \Delta\vartheta \quad \) \(Q = m \cdot L_{\scriptscriptstyle\rm f} \quad \) \(Q = m \cdot L_{\scriptscriptstyle\rm v} \quad \)
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Exercise:
Wie viel Wärme ist notwig um g gefrorenes Methanol bei der Schmelztemperatur vollständig zu verdampfen?

Solution:
newqtymkg newqtyLf.eJpkg newqtyLv.eJpkg newqtyc.eJpkgK newqtyTf-.celsius newqtyTv.celsius solqtyQm qtysscLf + c qtysscthetav-sscthetaf + sscLvmn*Lfn+cn*Tvn-Tfn+LvnJ al Q Qf m qtyLf + c qtyTv - Tf + Lv QIII
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\(\LaTeX\)-Code
Exercise:
Wie viel Wärme ist notwig um g gefrorenes Methanol bei der Schmelztemperatur vollständig zu verdampfen?

Solution:
newqtymkg newqtyLf.eJpkg newqtyLv.eJpkg newqtyc.eJpkgK newqtyTf-.celsius newqtyTv.celsius solqtyQm qtysscLf + c qtysscthetav-sscthetaf + sscLvmn*Lfn+cn*Tvn-Tfn+LvnJ al Q Qf m qtyLf + c qtyTv - Tf + Lv QIII
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Attributes & Decorations
Tags
phasenübergang, schmelzen, spezifische, verdampfen, wärmekapazität
Content image
Difficulty
(3, default)
Points
6 (default)
Language
GER (Deutsch)
Type
Calculative / Quantity
Creator pw
Decoration
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Link