Which outcome occurs when an endothermic reaction is continuously driven in a closed reaction vessel?

💡 Explanation

The temperature decreases within the reaction vessel because heat is continuously absorbed from the surroundings via endothermic reaction. Therefore, thermal energy goes to enthalpy, rather than other products gaining enough kinetic energy to noticeably increase disorder.

• Which risk increases when a pulsed laser focused through a Kerr lens causes self-focusing?
• Which consequence follows reduced static pressure via Bernoulli's equation in an aircraft wing's upper surface?
• Which outcome occurs when parasitic capacitance arises within SMPS transformers?
• Which outcome arises when an aircraft's angle-of-attack exceeds the critical limit, defying predictions from the ideal Bernoulli equation?
• Which mechanism causes exciton formation rather than free carriers in a semiconductor with a significant band gap under optical excitation?
• What outcome follows from exceeding van der Waals radii?