Consider the Following Thermochemical Equation: CaO(s)+ H 2 O( )$\rightarrow$ Ca(OH) 2 (s)$\Delta$

The Answer of Consider the Following Thermochemical Equation: CaO(s)+ H 2 O( )$\rightarrow$ Ca(OH) 2 (s)$\Delta$

Consider the Following Thermochemical Equation: CaO(s)+ H 2 O( )$\rightarrow$ Ca(OH) 2 (s)$\Delta$

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Consider the Following Thermochemical Equation: CaO(s)+ H₂O( ) $\rightarrow$ Ca(OH)₂(s) $\Delta$

Question 16

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Consider the following thermochemical equation: CaO(s) + H₂O( $Consider the following thermochemical equation: CaO(s) + H2O( ) \rightarrow Ca(OH) 2(s) \Delta H = -66.5 kJ Which of the following statements is/are correct? (i) The reaction is exothermic (ii) The reaction releases 66.5 kJ per gram of Ca(OH) 2(s) formed (iii) Alternatively,the \Delta H term could be added to the product side of the equation A) i only B) ii only C) i and ii D) i and iii E) i,ii,and iii$ ) $\rightarrow$ Ca(OH) ₂(s) $\Delta$ H = -66.5 kJ Which of the following statements is/are correct?
(i) The reaction is exothermic
(ii) The reaction releases 66.5 kJ per gram of Ca(OH) ₂(s) formed
(iii) Alternatively,the $\Delta$ H term could be added to the product side of the equation

A) i only
B) ii only
C) i and ii
D) i and iii
E) i,ii,and iii

Consider the Following Thermochemical Equation: CaO(s)+ H2O( ) →\rightarrow→ Ca(OH)2(s) Δ\DeltaΔ

Multiple Choice

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Consider the Following Thermochemical Equation: CaO(s)+ H₂O( ) $\rightarrow$ Ca(OH)₂(s) $\Delta$

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