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Use the Following Thermodynamic Values to Calculate Δr NEWLINE

Question 21

Multiple Choice

Use the following thermodynamic values to calculate Δr NEWLINE Use the following thermodynamic values to calculate Δ<sub>r</sub> <sub>NE</sub><sub>WLINE</sub> . Δ<sub>r</sub> <sub> </sub> = -95 kJ , Δ<sub>r</sub> <sub> </sub> = -157 J , T = 855 K A) -48 kJ B) -68 kJ C) +39 kJ D) -157 kJ E) +142 kJ .
Δr
Use the following thermodynamic values to calculate Δ<sub>r</sub> <sub>NE</sub><sub>WLINE</sub> . Δ<sub>r</sub> <sub> </sub> = -95 kJ , Δ<sub>r</sub> <sub> </sub> = -157 J , T = 855 K A) -48 kJ B) -68 kJ C) +39 kJ D) -157 kJ E) +142 kJ = -95 kJ Use the following thermodynamic values to calculate Δ<sub>r</sub> <sub>NE</sub><sub>WLINE</sub> . Δ<sub>r</sub> <sub> </sub> = -95 kJ , Δ<sub>r</sub> <sub> </sub> = -157 J , T = 855 K A) -48 kJ B) -68 kJ C) +39 kJ D) -157 kJ E) +142 kJ , Δr
Use the following thermodynamic values to calculate Δ<sub>r</sub> <sub>NE</sub><sub>WLINE</sub> . Δ<sub>r</sub> <sub> </sub> = -95 kJ , Δ<sub>r</sub> <sub> </sub> = -157 J , T = 855 K A) -48 kJ B) -68 kJ C) +39 kJ D) -157 kJ E) +142 kJ = -157 J Use the following thermodynamic values to calculate Δ<sub>r</sub> <sub>NE</sub><sub>WLINE</sub> . Δ<sub>r</sub> <sub> </sub> = -95 kJ , Δ<sub>r</sub> <sub> </sub> = -157 J , T = 855 K A) -48 kJ B) -68 kJ C) +39 kJ D) -157 kJ E) +142 kJ , T = 855 K


A) -48 kJ Use the following thermodynamic values to calculate Δ<sub>r</sub> <sub>NE</sub><sub>WLINE</sub> . Δ<sub>r</sub> <sub> </sub> = -95 kJ , Δ<sub>r</sub> <sub> </sub> = -157 J , T = 855 K A) -48 kJ B) -68 kJ C) +39 kJ D) -157 kJ E) +142 kJ
B) -68 kJ Use the following thermodynamic values to calculate Δ<sub>r</sub> <sub>NE</sub><sub>WLINE</sub> . Δ<sub>r</sub> <sub> </sub> = -95 kJ , Δ<sub>r</sub> <sub> </sub> = -157 J , T = 855 K A) -48 kJ B) -68 kJ C) +39 kJ D) -157 kJ E) +142 kJ
C) +39 kJ Use the following thermodynamic values to calculate Δ<sub>r</sub> <sub>NE</sub><sub>WLINE</sub> . Δ<sub>r</sub> <sub> </sub> = -95 kJ , Δ<sub>r</sub> <sub> </sub> = -157 J , T = 855 K A) -48 kJ B) -68 kJ C) +39 kJ D) -157 kJ E) +142 kJ
D) -157 kJ Use the following thermodynamic values to calculate Δ<sub>r</sub> <sub>NE</sub><sub>WLINE</sub> . Δ<sub>r</sub> <sub> </sub> = -95 kJ , Δ<sub>r</sub> <sub> </sub> = -157 J , T = 855 K A) -48 kJ B) -68 kJ C) +39 kJ D) -157 kJ E) +142 kJ
E) +142 kJ Use the following thermodynamic values to calculate Δ<sub>r</sub> <sub>NE</sub><sub>WLINE</sub> . Δ<sub>r</sub> <sub> </sub> = -95 kJ , Δ<sub>r</sub> <sub> </sub> = -157 J , T = 855 K A) -48 kJ B) -68 kJ C) +39 kJ D) -157 kJ E) +142 kJ

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