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Given the following reactionsCaCO3(s) → CaO(s) + CO2(g); ΔH = 178.1 kJC(s graphite) + O2(g) → CO2(g); ΔH = -393.5 kJthe enthalpy of the reactionCaCO3(s) → CaO(s) + C(s graphite) + O2(g)is __________ kJ.
Given the following reactions: CaCO3 ( s ) -> CaO ( s ) + CO2 ( g ) H = 178.1 . C ( s graphite ) + O2 ( g ) -> CO2 ( g ) H = - 393.5 kJ . The enthalpy of the reation CaCO3 ( s ...
Given the following reactionsCaCO3 ( s ) → CaO ( s ) + CO2 ( g ); ΔH = 178.1 kJC ( s graphite ) + O2 ( g ) → CO2 ( g ); ΔH = - 393.5 kJthe enthalpy of the reactionCaCO3 ( s ) → CaO ( s ) + C ( s graphite ) + O2 ( g ) is _____ kJ . Tue Mar 25 2008 · 178.1 kJ -383.5 kJ = - 205.4 kJ . I assume either c . above should be -205.4 or either the.
Answer to Given the following reactions CaCO3 ( s ) CaO ( s ) + CO2 ( g ) H = 178.1 kJ C ( s graphite ) + O2 ( g ) CO2 ( g ) H = - 393.5 kJ the ...
Tue Mar 25 2008 · 178.1 kJ -383.5 kJ = - 205.4 kJ . I assume either c . above should be -205.4 or either the. 178.1 kJ or the 383.5 kJ is incorrectly written
Question: Consider The Following Reaction: CaCO3( s )→ CaO ( s )+ CO2 ( g ). Estimate ΔG∘ For This Reaction At Each Of The Following Temperatures. (Assume That ΔH ∘ And ΔS∘ Do Not Change Too Much Within The Given Temperature Range.) A. 285 K ΔG∘ = B.1025 K ΔG∘= C .1475 K ΔG∘ =
Mon Jun 30 2008 · 1. Given ...
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