Question

Answer each of the following questions, using the reaction shown below. Co(H20)62+ (aq) + 4 CI COCI42- (aq) + + 6 H2O (0) pin

Choices

Pink

Blue

purple

Undable to determine

0 0
Add a comment Improve this question Transcribed image text
Request Professional Answer

Request Answer!

We need at least 10 more requests to produce the answer.

0 / 10 have requested this problem solution

The more requests, the faster the answer.

Request! (Login Required)


All students who have requested the answer will be notified once they are available.
Know the answer?
Add Answer to:
Choices Pink Blue purple Undable to determine Answer each of the following questions, using the reaction...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Similar Homework Help Questions
  • 4. When CoCl2 is dissolved in water, the resulting solution is pink because of the presence of on...

    4. When CoCl2 is dissolved in water, the resulting solution is pink because of the presence of only) octahedrally coordinated [CoCI(H20)s] coordination complexes. If concentrated hydrochloric acid (a source of Cl) is added to this solution, the following equilibrium is established. [CoCI(H20)s] (aq)+ Cl (aq) [CoCl2(H20)2](aq) + 3H20(1) AH >0 Where [CoCl2(H20)2] is also soluble in water. a) Write a Keq expression for this equilibrium b) Suppose we systematically add increasing amounts of Cr to this system, while maintaining a...

  • Cu2+ Equilibrium #3 NH3(aq) + H2O(1) A NH (W) + OH Cam colorless pink Stress Predicted...

    Cu2+ Equilibrium #3 NH3(aq) + H2O(1) A NH (W) + OH Cam colorless pink Stress Predicted Shift (forward or reverse) Predicted Color Actual Shift (forward or reverse) Actual Color Did the prediction match the actual result? after addition of NH3 after addition of NH4+ Rev 11-27-17 ADA Equilibrium #4 NiCl(aq) + 6NH3(aq) Ni(NH3)2(aq) + 2Cl(aq) yellow-green blue Stress Predicted Shift (forward or reverse) Predicted Color Actual Shift (forward or reverse) Actual Color Did the prediction match the actual result? after...

  • need help with 6a and 6b Experiment 16: Reaction Rates and Equilibrium Part I CUCL 6...

    need help with 6a and 6b Experiment 16: Reaction Rates and Equilibrium Part I CUCL 6 H-0 grece CuiH-O 4 CTat Was Ini Experiment 16: Reaction Rates and Equitibrium Cu(OH): (s) 5. Consider the reaction: Cu (aq) + 2 OH(aq) Prodict whether the reaction shifts toward reactants or towards products with cach of the following changes Shift toward reactants or shift toward products? Change fadats SmMEH towaid CuCl; (Cu) added Shift Dwands NaOH (OH) added Shift pwar rtaetant HCI (H)...

  • less than more than equal too Question 3 3 pts In Reaction 2, you added silver...

    less than more than equal too Question 3 3 pts In Reaction 2, you added silver nitrate (AgNO3) to your solution of 1.0 M CoCl2. As mentioned in the lab procedure, silver nitrate dissociates in solution, yielding Agt and NO3. Silver I (Agt) loves chloride ions and will strongly bind to any that it can find. Upon binding with the chloride ions, a precipitate forms. Using your lab data to help you, answer the following questions below. + 4 CI...

  • please help General Chemistry II Laboratory Manual, 2017 Revision Questions: 1) Using the equilibrium shown below,...

    please help General Chemistry II Laboratory Manual, 2017 Revision Questions: 1) Using the equilibrium shown below, fill in the table showing which way each stress would shift things to reestablish equilibrium and the effect on the value of Kc cach stress will have. Assume that only the stress that is being applied is happening to the system at equilibrium and nothing else changes (e. the volume of the container remains constant unless you are told otherwise). 2CHCl(g) +Cl2(g) = 2CCL.(1)...

  • less than more than equal to Question 2 3 pts In Reaction 1, you added HCl...

    less than more than equal to Question 2 3 pts In Reaction 1, you added HCl to your solution of 1.0 M COCl2. As mentioned in the lab procedure, HCl is a strong acid, which completely dissociates in water, forming Ht and Cl. Using your lab data to help you, answer the following questions below. 2+ + 4 cl COCI4. (aq) + 6 H20 (1) CO(H20)6 + (aq) pink blue Immediately following the addition of HCl to your reaction: •...

  • 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...

  • For Activity 2: Observations and Interpretations CH,COOH(aq) C CHCOO (aq) + 1) What was the color...

    For Activity 2: Observations and Interpretations CH,COOH(aq) C CHCOO (aq) + 1) What was the color of the solution after adding the drop of methyl orange indicator red indicator showing high (H+] 2) What color did you observe after adding the sodium acetate, CH,COONa? it went on orange: indicator housing less 3) Assume that the dynamic equilibrium represented in the equation given above is present in the original solution you placed in the test tube. Based on LeChatelier's Principle, as...

  • Which side of the equilibrium shown in the following figure is favored? Select the favored set...

    Which side of the equilibrium shown in the following figure is favored? Select the favored set of compounds from the choices given. Interactive 3D display mode NH: &-su Interactive 3D display mode Interactive 3D display mode Al equilibrium, equal amounts of reactants and products will exist.

  • I need help with these questions. Part I.A 1. Why did the indicator initially turn blue...

    I need help with these questions. Part I.A 1. Why did the indicator initially turn blue when NaOH was added to flask A? Consider equilibrium: Hin + H2O + H2O + In [1 mark] 2. When you left the flask A to stand for several minutes after the addition of NaOH, why did the contents of the flask A slowly change colour back from blue to yellow? Consider equilibriums: Hin + H2O + H30+ + In [2 marks] CO2(g) +...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT