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19 Nov 2019
#1-2 please
Adding a component common to a system at equilibrium will cause the equilibrium to shift opposite to the sid of the added stress. Removing a component from a system at equilibrium will cause the equilibrium to shift to the same side as th stress. For an Exothermic Reaction A + B â C + Heat A. Adding heat will cause the equilibrium to shift left B. Removing heat will cause the equilibrium to shift right. For an Endothermic Reaction Heat + A + B â C A. Adding heat will cause the equilibrium to shift right B. Removing heat will cause the equilibrium to shift left Given the following equilibrium system, what will be the affect of adding the following components? To detect the affect of the stress the following indicator was used Bromcresol reen Acid Color(yellow) Base Color(blue) PART A: Study of the Weak-Acid Equilibrium: green NH4+(aq) H2O() ± + Blue B NHj(aq) CB Yellow H,0+(aq) CA - + A When adding ammonium chloride solution, the color of the equilibrium mixture changed from Green â Yellow 1. The color change indicated a shift in the point of equilibrium. In which direction did the equilibrium shift? a. (L) left (R) right b. Explain your answer to question 1a. You should indicate which ion was added to or removed from the equilibrium mixture. When adding hydrochloric acid solution, the color of the equilibrium mixture changed from Green â Blue 2. The color change indicated a shift in the point of equilibrium. In which direction did the equilibrium shift? a. (L) left (R) right Explain your answer to question 2a. You should indicate which ion was added to or removed from the equilibrium mixture b. When adding sodium hydroxide solution, the color of the equilibrium mixture changed from Green â Yellow 3. The color change indicated a shift in the point of equilibrium. In which direction did the equilibrium shift? Explain your answer to question 3a. You should indicate which ion was added to or removed from the equilibrium mixture. a. (L) left (R) right b.
#1-2 please
Adding a component common to a system at equilibrium will cause the equilibrium to shift opposite to the sid of the added stress. Removing a component from a system at equilibrium will cause the equilibrium to shift to the same side as th stress. For an Exothermic Reaction A + B â C + Heat A. Adding heat will cause the equilibrium to shift left B. Removing heat will cause the equilibrium to shift right. For an Endothermic Reaction Heat + A + B â C A. Adding heat will cause the equilibrium to shift right B. Removing heat will cause the equilibrium to shift left Given the following equilibrium system, what will be the affect of adding the following components? To detect the affect of the stress the following indicator was used Bromcresol reen Acid Color(yellow) Base Color(blue) PART A: Study of the Weak-Acid Equilibrium: green NH4+(aq) H2O() ± + Blue B NHj(aq) CB Yellow H,0+(aq) CA - + A When adding ammonium chloride solution, the color of the equilibrium mixture changed from Green â Yellow 1. The color change indicated a shift in the point of equilibrium. In which direction did the equilibrium shift? a. (L) left (R) right b. Explain your answer to question 1a. You should indicate which ion was added to or removed from the equilibrium mixture. When adding hydrochloric acid solution, the color of the equilibrium mixture changed from Green â Blue 2. The color change indicated a shift in the point of equilibrium. In which direction did the equilibrium shift? a. (L) left (R) right Explain your answer to question 2a. You should indicate which ion was added to or removed from the equilibrium mixture b. When adding sodium hydroxide solution, the color of the equilibrium mixture changed from Green â Yellow 3. The color change indicated a shift in the point of equilibrium. In which direction did the equilibrium shift? Explain your answer to question 3a. You should indicate which ion was added to or removed from the equilibrium mixture. a. (L) left (R) right b.
Jarrod RobelLv2
11 Nov 2019