Warning: preg_match_all(): Compilation failed: unmatched closing parenthesis at offset 103 in /home/erudites/web/erudites.ng/public_html/wp-content/plugins/seo-by-rank-math/includes/replace-variables/class-post-variables.php on line 543

Warning: preg_match_all(): Compilation failed: unmatched closing parenthesis at offset 103 in /home/erudites/web/erudites.ng/public_html/wp-content/plugins/seo-by-rank-math/includes/replace-variables/class-post-variables.php on line 543

Warning: preg_match_all(): Compilation failed: unmatched closing parenthesis at offset 103 in /home/erudites/web/erudites.ng/public_html/wp-content/plugins/seo-by-rank-math/includes/replace-variables/class-post-variables.php on line 543
Consider The Following Equation: Ag+ (aq) + CI‾aq) → Agv+vCI‾ (s) ; ∆H = -65.7 KJmol-1. From The Equation, It Can Be Deduced That - Erudites Academy

Consider the following equation: Ag+ (aq) + CI‾aq) → Agv+vCI‾ (s) ; ∆H = -65.7 kJmol-1. From the equation, it can be deduced that

A. direct combination is involved and the reaction is endothermic
B. a solid is formed and heat is evolved
C. activation energy is high and a catalyst is required
D. the reaction is endothermic and occurs at high temperature

Correct Answer: Option B

B. a solid is formed and heat is evolved

Sunday