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PLEASE WRITE IN SENTENCE FORM Part VI. Copper sulfate system CuSO45 H2O + heat...
Thank you! PLEASE WRITE IN SENTENCE FORM Part II. Ammonium system heat + NH4+ + OH...
Thank you!
PLEASE WRITE IN SENTENCE FORM Part II. Ammonium system heat + NH4+ + OH NH3 + H20 1) Describe the original observation (test tube at equilibrium-no stress introduced) 2) Describe the test tube after you add ammonium chloride a. observations b. explanation 3) Describe the test tube after you add hydrochloric acid a. observations b. explanation 4) Describe the test tube after you add sodium hydroxide a. observations b. explanation
thank you!! PLEASE WRITE IN SENTENCE FORM Part V. Nitrogen dioxide system 2 NO2{brown} N204{colorless} +...
thank you!!
PLEASE WRITE IN SENTENCE FORM Part V. Nitrogen dioxide system 2 NO2{brown} N204{colorless} + heat 1) Describe the original observation (test tube at equilibrium- no stress introduced) 2) Describe the test tube after you heat it a. observations b. explanation 3) Describe the test tube after you cool it a. observations b. explanation
PLEASE WRITE IN SENTENCE FORM Part IV. Chromate system 2 Cro42 {yellow} + 2 H+ Cr20,2...
PLEASE WRITE IN SENTENCE FORM Part IV. Chromate system 2 Cro42 {yellow} + 2 H+ Cr20,2 {red}+H2O 1) Describe the original observation (test tube at equilibrium- no stress introduced) 2) Describe the test tube after you add hydrochloric acid a. observations b. explanation 3) Describe the test tube after you add sodium hydroxide a, observations b. explanation
Please be as thorough in the explanation as possible. Thank you MacBook solution. Part II. Equilibria...
Please be as thorough in the explanation as possible.
Thank you
MacBook solution. Part II. Equilibria Involving Sparingly som ving Sparingly Soluble Salts form to cloudy yellow clear solution 11 MA, CO3+ a CO₂ + 0.01 AGNO Adding Nos reverse back Account for your observations O.IM HCI becomes were con forming a precipitat? .TH 13. The solution above with the adding of Account for your observations 14. Did the precipitated AgCl dissolve? Explain. The presipitete disolves after adding 15M NH₃,...
please fill out everything as soon as possible thank you so much! Section Results Testing the...
please fill out everything as soon as possible thank you so
much!
Section Results Testing the Solubility Rules and Reaction of Precipitates with HCI Column A Column B Na2SO4 NaBr Column NH.NO, No reaction no reaction NaOH ColumnD Na.co. no reaction no reaction Ba(NO)2 No reaction reaction no reaction reaction AgNO reaction no reaction reaction reaction Pb(NO3)2 no reaction reaction no reaction reaction NI(NO3)2 no reaction no reaction reaction reaction Unknown Treaction reaction no reaction reaction All compounds used in...
Could I get some help with question 5b thank you! 5. Write down equation for the...
Could I get some help with question 5b thank you!
5. Write down equation for the reaction quotient, Q, in reaction between Fe(NO3)3 and KNCS (NO3)3 + 3 KNCS -> Fe(NCS)3 + 3KNO3 [1 mark] & [Product ] - [Fe(NCS)3][KNO3)3 [Reactant] [Fe(NO3)2](KNCS]3 Describe the equilibrium in terms of the changes in the reaction quotient from the initial point when the solutions were just mixed (no reaction), to the final point where equilibrium is reached. [1 mark] Initial Q= Final Q...
help please please chemistry REPORT SHEET EXPERIMENT Chemical Equilibrium: 4 Le Châtelier's Principle Part I. Changes...
help please please
chemistry
REPORT SHEET EXPERIMENT Chemical Equilibrium: 4 Le Châtelier's Principle Part I. Changes in Reactant or Product Concentrations A. Copper and Nickel lons Colors: 1. CuSO4(aq) Blue 4. NiCl(aq) Green 2. [Cu(NH3)41+ (aq) Dok Blue 5. [Ni(NH). F+ (aq) Pale upolet 3. After HCI addition 6. After HCl addition Green Explain the effects of NH3(aq) and HCl(aq) on the Cuso, solution in terms of Le Châtelier's principle. 7. What initially forms as pale blue and pale green...
Part I Color changes of Methyl Violet. We will study the following reaction: HMV (aq) +...
Part I Color changes of Methyl Violet. We will study the following reaction: HMV (aq) + MV (aq) + H* (aq) yellow greenish-blue violet Step 1. Place about 4 mL of distilled water in a regular test tube. Add two drops of methyl violet indicator. Record the color of the solution. Violet Next, add drop by drop, add 6M HCI. This forces equilibrium to be shifted to the left or right-circle the right answer). Adding HCl changes color from to...
When you write the answers, please write the page number for which the question is located....
When you write the answers, please write the page number for
which the question is located. Thank you!
Experiment 8 Name: Double Replacement Reactions Background: Some reactions have the net effect of causing the cation of cach reactant to trade places, forming a compound with the other anion. These reactions are known as double replacement reactions. In the example below (unbalanced equation), the barium and sodium cations switch places so that barium forms a product with sulfate while sodium forms...
Please answer part B. I already have the system of linear equations. Thank you! PROBLEM. Woozles...
Please answer part B. I already have the system of
linear equations. Thank you!
PROBLEM. Woozles are traveling in the maze illustrated below: C) 4 2 O) On each maze path i- 1,2, 3, 4,5,6, you placed a sensor that detects the flow xi of woozles traveling along this path, a positive value indicating a flow along the arrow and a negative value indicating flow against the arrow (a) Write down a system of linear equations that the flows (x1,X2,X3,...
Thank you!
PLEASE WRITE IN SENTENCE FORM Part II. Ammonium system heat + NH4+ + OH NH3 + H20 1) Describe the original observation (test tube at equilibrium-no stress introduced) 2) Describe the test tube after you add ammonium chloride a. observations b. explanation 3) Describe the test tube after you add hydrochloric acid a. observations b. explanation 4) Describe the test tube after you add sodium hydroxide a. observations b. explanation
thank you!!
PLEASE WRITE IN SENTENCE FORM Part V. Nitrogen dioxide system 2 NO2{brown} N204{colorless} + heat 1) Describe the original observation (test tube at equilibrium- no stress introduced) 2) Describe the test tube after you heat it a. observations b. explanation 3) Describe the test tube after you cool it a. observations b. explanation
PLEASE WRITE IN SENTENCE FORM Part IV. Chromate system 2 Cro42 {yellow} + 2 H+ Cr20,2 {red}+H2O 1) Describe the original observation (test tube at equilibrium- no stress introduced) 2) Describe the test tube after you add hydrochloric acid a. observations b. explanation 3) Describe the test tube after you add sodium hydroxide a, observations b. explanation
Please be as thorough in the explanation as possible.
Thank you
MacBook solution. Part II. Equilibria Involving Sparingly som ving Sparingly Soluble Salts form to cloudy yellow clear solution 11 MA, CO3+ a CO₂ + 0.01 AGNO Adding Nos reverse back Account for your observations O.IM HCI becomes were con forming a precipitat? .TH 13. The solution above with the adding of Account for your observations 14. Did the precipitated AgCl dissolve? Explain. The presipitete disolves after adding 15M NH₃,...
please fill out everything as soon as possible thank you so
much!
Section Results Testing the Solubility Rules and Reaction of Precipitates with HCI Column A Column B Na2SO4 NaBr Column NH.NO, No reaction no reaction NaOH ColumnD Na.co. no reaction no reaction Ba(NO)2 No reaction reaction no reaction reaction AgNO reaction no reaction reaction reaction Pb(NO3)2 no reaction reaction no reaction reaction NI(NO3)2 no reaction no reaction reaction reaction Unknown Treaction reaction no reaction reaction All compounds used in...
Could I get some help with question 5b thank you!
5. Write down equation for the reaction quotient, Q, in reaction between Fe(NO3)3 and KNCS (NO3)3 + 3 KNCS -> Fe(NCS)3 + 3KNO3 [1 mark] & [Product ] - [Fe(NCS)3][KNO3)3 [Reactant] [Fe(NO3)2](KNCS]3 Describe the equilibrium in terms of the changes in the reaction quotient from the initial point when the solutions were just mixed (no reaction), to the final point where equilibrium is reached. [1 mark] Initial Q= Final Q...
help please please
chemistry
REPORT SHEET EXPERIMENT Chemical Equilibrium: 4 Le Châtelier's Principle Part I. Changes in Reactant or Product Concentrations A. Copper and Nickel lons Colors: 1. CuSO4(aq) Blue 4. NiCl(aq) Green 2. [Cu(NH3)41+ (aq) Dok Blue 5. [Ni(NH). F+ (aq) Pale upolet 3. After HCI addition 6. After HCl addition Green Explain the effects of NH3(aq) and HCl(aq) on the Cuso, solution in terms of Le Châtelier's principle. 7. What initially forms as pale blue and pale green...
Part I Color changes of Methyl Violet. We will study the following reaction: HMV (aq) + MV (aq) + H* (aq) yellow greenish-blue violet Step 1. Place about 4 mL of distilled water in a regular test tube. Add two drops of methyl violet indicator. Record the color of the solution. Violet Next, add drop by drop, add 6M HCI. This forces equilibrium to be shifted to the left or right-circle the right answer). Adding HCl changes color from to...
When you write the answers, please write the page number for
which the question is located. Thank you!
Experiment 8 Name: Double Replacement Reactions Background: Some reactions have the net effect of causing the cation of cach reactant to trade places, forming a compound with the other anion. These reactions are known as double replacement reactions. In the example below (unbalanced equation), the barium and sodium cations switch places so that barium forms a product with sulfate while sodium forms...
Please answer part B. I already have the system of
linear equations. Thank you!
PROBLEM. Woozles are traveling in the maze illustrated below: C) 4 2 O) On each maze path i- 1,2, 3, 4,5,6, you placed a sensor that detects the flow xi of woozles traveling along this path, a positive value indicating a flow along the arrow and a negative value indicating flow against the arrow (a) Write down a system of linear equations that the flows (x1,X2,X3,...
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