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Window Help a a Search Sited Zoom Share Highlight Rotate Markup T Aa 1. The state of chemical equilibrium occurs when the concen

Window Help a a Search Sited Zoom Share Highlight Rotate Markup T Aa 1. The state of chemical equilibrium occurs when the concentrations of all reactants and all products remain constant products is less than the concentration of reactants reactants is greater than the concentrations of products 2. Chemical equilibrium occurs when free energy exists in the highest possible value lowest possible value 3. Generally, if the value of K is greater than 1, we say that the reaction favors the and if the value of K is less than 1, the reaction favors the products; reactants reactants; products Neither reactants nor products are favored. 4. The equilibrium position of a reaction requires the variables of and to remain constant. color, pressure, concentration concentration, time, temperature pressure, temperature, concentration time, color, temperature MAR KARNI AY 7:36 21 ☺ Aa MacBook Air > BO OOO FA F6 F7 F8 F5 F9 F3 * # 3 $ 4 % 5 & 7 I 6. 8 9 O

Window Help a a Search Sited Zoom Share Highlight Rotate Markup T Aa 1. The state of chemical equilibrium occurs when the concentrations of all reactants and all products remain constant products is less than the concentration of reactants reactants is greater than the concentrations of products 2. Chemical equilibrium occurs when free energy exists in the highest possible value lowest possible value 3. Generally, if the value of K is greater than 1, we say that the reaction favors the and if the value of K is less than 1, the reaction favors the products; reactants reactants; products Neither reactants nor products are favored. 4. The equilibrium position of a reaction requires the variables of and to remain constant. color, pressure, concentration concentration, time, temperature pressure, temperature, concentration time, color, temperature MAR KARNI AY 7:36 21 ☺ Aa MacBook Air > BO OOO FA F6 F7 F8 F5 F9 F3 * # 3 $ 4 % 5 & 7 I 6. 8 9 O

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CHEM 131 - FE - Review Problem: (Practice Exam Q.47) In the following oxidation-reduction reaction: WO, + 3H, -> W + 3 H20, the substance oxidized is and the oxidizing agent is a) H, WO, b) WO3, H, c) WO3, WO, d) W, H2O

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CHEM 131 - FE - Review Problem: (Practice Exam Q.47) In the following oxidation-reduction reaction: WO, + 3H, -> W + 3 H20, the substance oxidized is and the oxidizing agent is a) H, WO, b) WO3, H, c) WO3, WO, d) W, H2O

.An aqueous solution of Fe(SCN)2+ is red because A. the complex adds red radiation to the solvent. B. the complex absorbs the green component from the incoming white radiation and transmits the red component. C. the solution absorbs the red component of th

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.An aqueous solution of Fe(SCN)2+ is red because A. the complex adds red radiation to the solvent. B. the complex absorbs the green component from the incoming white radiation and transmits the red component. C. the solution absorbs the red component of the incoming white radiation. D. the green component, which is the complementary color of red, of the incoming white radiation is transmitted.

Nante Team LAB REIORT SHEET 15 Soluble and Insoluble Salts A. Soluble and Insoluble Salts 1. Ions Compounds in Solutions 2. Observations 3. Formula of Insoluble Salt (if any) NO, NACE 10 Na ANO, Na, SO ANO; * Naz PO, Ca(NO3), Naci Ca(NO3)2 + Na SO Ca(NO3)2

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Nante Team LAB REIORT SHEET 15 Soluble and Insoluble Salts A. Soluble and Insoluble Salts 1. Ions Compounds in Solutions 2. Observations 3. Formula of Insoluble Salt (if any) NO, NACE 10 Na ANO, Na, SO ANO; * Naz PO, Ca(NO3), Naci Ca(NO3)2 + Na SO Ca(NO3)2 + Na3PO4 4 AgNO3(aq) + NaCl(aq)- lonie equation Net ionic equation AgNO,(aq) + NagSo. (aq) lonic equation Net ionic equation Cyright © 2014 Pearson heation, Inc.