CO(g) + Cl₂(g) = COCl₂(g) Predict if the reaction will shift towards the left, right, or remains unchanged (type no change) under each of the following. COCI2 is added to the mixture type your answer... C12 is added to the mixture type your answer... COCL2 is removed from the mixture type your answer... The volume of the container is decreased type your answer...

2. Which of the following is most similar to a system at equilibrium? * O a shift change at an assembly plant involving two crews of 100 employees O a popcorn maker when the popcorn starts to pop the water in a pool when swimmers start to splash water out of the pool a burning candle salt concentrations in the oceans

Initially 10.0 mol of ammonia gas is injected into a 4.0 L container. At equilibrium 1.2 mol of nitrogen gas is found in the container. The number of moles of ammonia gas at equilibrium would be? 2NH3(g) + 94 kJ <=====> N2(g) + 3H2(g)

Toluene, C7H8, is made from methyl cyclohexane by an endothermic forward reaction. State three external stress that can be used to increase the production yield of Toluene. C7H14 (g) <==> C7H8 (g) + 3 H2 (g)

Consider the phases of the reactants in the reactions below. Which of these reactions is mostly likely the fastest? Group of answer choices A) Two finely ground solid reactants mixed together B) Two gas phase reactants C) Two solid reactants dissolved in a liquid solvent D) Two liquid reactants mixed together

1. Reactions that occur in the gaseous state are affected by changing the volume of the container. Which choice best describes what will happen to the reaction if the volume of the container is decreased? The reaction will shift right. The reaction will shift left. The reaction will not change. The reaction will speed up.

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For the exothermic reaction 4 NH3(g) +7 02(g)- => 4 NO2(g) + 6 H20(g) which change will increase the quantity of NO2 in the mixture? O A. increasing temperature OB. decreasing container volume OC. adding Ne(g) O D. adding H20(g) O E. adding a catalyst

Heat of Neutralization Initial temp of HCI solution Initial temp of NaOH solution Average initial temperature Final temp of neutralized mixture Change in temperature QH₂0 for the reaction (get mass using 50.0 mL solution and d= 1.02 g/mL) AHSolution (eqn 4) AH per mole istem brs 1915w to studseqmet munditiup3 25.9°C 24.9 °C 25.4 °C (E 360 m °C to on aitoaga 10.6 °C 2289.708 1 -2259.708 1 kJ/mol

23) When monitoring a reaction, the initial temperature of the reaction is 29 ºC, it rose to 57 ºC and then fell to a final temperature of 39 ºC. What is the overall temperature change?