1. Why delta H increases as temperature increases? For the equation delta
G = delta H -T deltaS, I was told that delta H is independent of temperature otherwise they wont be two terms in the equation. However, I saw that delta H increases as temperature increases... I am really confused..
2. Is this statement right? Lowercase k is related to rate (kinetic), which increases as temperature increases. Capital K is related to equilibrium constant (thermodynamic), whether increases or decreases depends on whether the reaction is endothermic or exothermic. When the reaction is exothermic, K decreases as temperature increase. When the reaction is endothermic, K increases as temperature increases.
I hope what I typed even makes sens....
G = delta H -T deltaS, I was told that delta H is independent of temperature otherwise they wont be two terms in the equation. However, I saw that delta H increases as temperature increases... I am really confused..
2. Is this statement right? Lowercase k is related to rate (kinetic), which increases as temperature increases. Capital K is related to equilibrium constant (thermodynamic), whether increases or decreases depends on whether the reaction is endothermic or exothermic. When the reaction is exothermic, K decreases as temperature increase. When the reaction is endothermic, K increases as temperature increases.
I hope what I typed even makes sens....