Thermochemistry
Given an endothermic reaction with a positive ΔH value, which scenario would result in an increased magnitude for ΔH if all other conditions remain constant?
Which transition metal would you predict to form a colored compound when bonded with chloride ions based on its electronic configuration?
Given that both reactants and products are gases, how would changing pressure influence the sign and magnitude of enthalpy change during a chemical reaction?
If the temperature of a reaction is increased, what is the most likely effect on the rate of the reaction?
Why Might An Atom With A Half-Filled P Subshell Be Less Reactive Than Other Atoms In Its Group?
What outcome might you expect when applying Hess’s Law to a complex thermochemical cycle involving hypothetical intermediates whose formation and decomposition have unknown enthalpies?
In an exothermic reaction, how does the enthalpy of the products compare to the reactants?
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If the enthalpies of formation for reactants and products are known, how would one calculate ΔH for the reaction using the data?
If the enthalpy change for a reaction is negative and the entropy change is positive, how will the temperature affect the spontaneity of the reaction?
How would you categorize a chemical reaction with a positive ΔH?