Which risk increases when increasing temperature favors gaseous products over reactants in a reversible closed system reaction?

💡 Explanation

High temperature shift will favor the side with more gas molecules. This drives the reaction forwards to reach equilibrium again. Therefore, the pressure increases rapidly in a closed vessel because of a runaway effect, rather than simply Le Chatelier's principle applying.

• Which outcome results when applying pressure increasing the hopping rate in a doped semiconductor?
• Which outcome occurs when high surge current exceeds capacitor ESR limits?
• Which risk increases when applying excessive voltage across a MOSFET gate?
• Which outcome occurs when parasitic inductance resonates with cable capacitance?
• Which mechanism alters reaction rate impacting equilibrium constants?
• Which consequence results when sigma (σ) bond order changes?