Chem 201 Copper Reactions Report Sheet2. Synthesis of "Product B":a. Your observations indicating that a chemical reaction has occurred:lolu, chunkywus pared nto We Solt tanthe NaouoppearedsHem. Bchgreen pors apperesSulostance ormed at ehe clumps.possible product(s):reactant(s) used:b. Write a balanced net ionic equation for the reaction that produced "Product B". For full credit,be sure to include ion charges and phase labels.The chemical formula of "Product B"in the net ionic equation is: Synthesis of "Product B"1. Using your graduated cylinder add 50.0 mL of distilled water to the solution (cooled back toapproximately room temperature) containing "product A". The total volume of solution atthis point should be approximately 75.0 mL. % Once the "air space" above thesolution is no longer brownish red colored, you may bring the flask out of the hood andcontinue working at your normal work area. This typically happens right before orafter this step.2. Measure 30.0 mL of 6.0 M NaOH using a graduated cylinder. If you are using the samegraduated cylinder that you used in the synthesis of product A, make sure you rinse itthoroughly with first tap and then distilled water before using it to measure the sodiumhydroxide.3. Slowly and cautiously over the course of 2 - 3 minutes, add the 30.0 mL of 6.0 M NaOH tothe blue solution containing "product A". Make sure you continuously swirl the Erlenmeyerduring the addition to mix the NAOH solution completely with "product A" and minimizeother reactions.4. Test the solution with red litmus paper to determine if it is basic by putting the tip of yourstirring rod in the liquid layer and then touching the tip of the rod to a piece of red litmuspaper. A basic solution will turn red litmus paper blue so the point where you touched thepaper should be blue. If the solution is basic, proceed to the next step, if it is still acidic,continue to add NAOH in 5.0 mL increments (don't forget to swirl the solution with eachaddition) until it is basic when tested with litmus paper.5. The light blue precipitate that forms in this reaction is the copper-containing "product B".6. Record your observations on your data sheet. (After lab) Then write a balanced net ionicequation for this reaction and answer any related questions. For your balanced equation, notethat the reactants are "product A" and sodium hydroxide. Consult your solubility guidelinesGKFBD, section 4.7, page 171, for additional guidance regarding the identity of "productB" and writing your net ionic equation.

Question
Asked Oct 14, 2019

For this chemistry problem, I am stuck on what the reactants and products are in order to determine the net ionic equation.

 

Thanks much.

Chem 201 Copper Reactions Report Sheet
2. Synthesis of "Product B":
a. Your observations indicating that a chemical reaction has occurred:
lolu, chunky
wus pared nto We Solt tan
the Naou
oppeared
sHem. Bchgreen pors apperes
Sulostance ormed at e
he clumps.
possible product(s):
reactant(s) used:
b. Write a balanced net ionic equation for the reaction that produced "Product B". For full credit,
be sure to include ion charges and phase labels.
The chemical formula of "Product B"
in the net ionic equation is:
help_outline

Image Transcriptionclose

Chem 201 Copper Reactions Report Sheet 2. Synthesis of "Product B": a. Your observations indicating that a chemical reaction has occurred: lolu, chunky wus pared nto We Solt tan the Naou oppeared sHem. Bchgreen pors apperes Sulostance ormed at e he clumps. possible product(s): reactant(s) used: b. Write a balanced net ionic equation for the reaction that produced "Product B". For full credit, be sure to include ion charges and phase labels. The chemical formula of "Product B" in the net ionic equation is:

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Synthesis of "Product B"
1. Using your graduated cylinder add 50.0 mL of distilled water to the solution (cooled back to
approximately room temperature) containing "product A". The total volume of solution at
this point should be approximately 75.0 mL. % Once the "air space" above the
solution is no longer brownish red colored, you may bring the flask out of the hood and
continue working at your normal work area. This typically happens right before or
after this step.
2. Measure 30.0 mL of 6.0 M NaOH using a graduated cylinder. If you are using the same
graduated cylinder that you used in the synthesis of product A, make sure you rinse it
thoroughly with first tap and then distilled water before using it to measure the sodium
hydroxide.
3. Slowly and cautiously over the course of 2 - 3 minutes, add the 30.0 mL of 6.0 M NaOH to
the blue solution containing "product A". Make sure you continuously swirl the Erlenmeyer
during the addition to mix the NAOH solution completely with "product A" and minimize
other reactions.
4. Test the solution with red litmus paper to determine if it is basic by putting the tip of your
stirring rod in the liquid layer and then touching the tip of the rod to a piece of red litmus
paper. A basic solution will turn red litmus paper blue so the point where you touched the
paper should be blue. If the solution is basic, proceed to the next step, if it is still acidic,
continue to add NAOH in 5.0 mL increments (don't forget to swirl the solution with each
addition) until it is basic when tested with litmus paper.
5. The light blue precipitate that forms in this reaction is the copper-containing "product B".
6. Record your observations on your data sheet. (After lab) Then write a balanced net ionic
equation for this reaction and answer any related questions. For your balanced equation, note
that the reactants are "product A" and sodium hydroxide. Consult your solubility guidelines
GKFBD, section 4.7, page 171, for additional guidance regarding the identity of "product
B" and writing your net ionic equation.
help_outline

Image Transcriptionclose

Synthesis of "Product B" 1. Using your graduated cylinder add 50.0 mL of distilled water to the solution (cooled back to approximately room temperature) containing "product A". The total volume of solution at this point should be approximately 75.0 mL. % Once the "air space" above the solution is no longer brownish red colored, you may bring the flask out of the hood and continue working at your normal work area. This typically happens right before or after this step. 2. Measure 30.0 mL of 6.0 M NaOH using a graduated cylinder. If you are using the same graduated cylinder that you used in the synthesis of product A, make sure you rinse it thoroughly with first tap and then distilled water before using it to measure the sodium hydroxide. 3. Slowly and cautiously over the course of 2 - 3 minutes, add the 30.0 mL of 6.0 M NaOH to the blue solution containing "product A". Make sure you continuously swirl the Erlenmeyer during the addition to mix the NAOH solution completely with "product A" and minimize other reactions. 4. Test the solution with red litmus paper to determine if it is basic by putting the tip of your stirring rod in the liquid layer and then touching the tip of the rod to a piece of red litmus paper. A basic solution will turn red litmus paper blue so the point where you touched the paper should be blue. If the solution is basic, proceed to the next step, if it is still acidic, continue to add NAOH in 5.0 mL increments (don't forget to swirl the solution with each addition) until it is basic when tested with litmus paper. 5. The light blue precipitate that forms in this reaction is the copper-containing "product B". 6. Record your observations on your data sheet. (After lab) Then write a balanced net ionic equation for this reaction and answer any related questions. For your balanced equation, note that the reactants are "product A" and sodium hydroxide. Consult your solubility guidelines GKFBD, section 4.7, page 171, for additional guidance regarding the identity of "product B" and writing your net ionic equation.

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check_circleExpert Solution
Step 1

(a)

Product A is Cu(NO3)2 and it reacts with NaOH giving Cu(OH)2. The reaction between Cu(N...

Product B Cu(OH)
Molecular equation:
Cu(NO (aq)2 NaOH(aq)
Cu(ОН), (s) + 2 NaNO; (aq)
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Image Transcriptionclose

Product B Cu(OH) Molecular equation: Cu(NO (aq)2 NaOH(aq) Cu(ОН), (s) + 2 NaNO; (aq)

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