Question: Nine Test Tube Mystery: 36 Metathesis Reactions. Please complete the following 36 reactions, show... Nine...
Question: Nine Test Tube Mystery: 36 Metathesis Reactions. Please complete the following 36 reactions, show... Nine Test Tube Mystery: 36 Metathesis Reactions. Please complete the following 36 reactions, showing complete balanced equations following the guidelines that are given in 1 a-e. The purpose of this lab is to determine which one of the solutions listed below is found in each of the nine test tubes given to you by mixing them only. The nine possible solutions are:
0.1 M BaCl2
6 M NH3
6 M NaOH
0.1 M CuSO4
0.1 M Pb(NO3)2
0.1 M AI(NO3)3
0.1 M Na2CO3
6M HCI
3 M H2SO4
In your journal, write the possible metathesis reactions that could occur when each of the nine substances is mixed with each of the other eight. Write them in the order on the "pre-lab prediction grid" sheet.
a. Note that you do not have to show each substance reacting with itself
b. In addition, you only have to show the reaction between two substances at one time. For examples, once you have written the possible reaction between HCL and H2SO4 that appears on the first row of the pre-lab prediction grid, you do NOT have to also show how the reaction between H2SO4 and HCL that appears in the second row of the prediction grid.
c. Consult the solubility rules handout to help you predict if the products that from in these metathesis reactions will be solids or gases.
Homework Answers
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Question: Nine Test Tube Mystery: 36 Metathesis Reactions.
Please complete the following 36 reactions, show... Nine...
Nine Test Tube Mystery: 36 Metathesis Reactions. Please complete the following 36 reactions, showing complete balanced...
Nine Test Tube Mystery: 36 Metathesis Reactions.
Please complete the following 36 reactions, showing complete
balanced equations following the guidelines that are given in 1
a-e.
The purpose of this lab is to determine which one of the solutions listed below is found in each of the nine test tubes given to you by mixing them only. The nine possible solutions are: 0.1 M BaCl2 6 M NH 6 M NaOH 0.1 M CuSO 0.1 M Pb(NO)2 0.1 M AINO)...
This lab is the ten test tube mystery The ten solutions are as followed: 1: ammonium...
This lab is the ten test tube mystery The ten solutions are as
followed:
1: ammonium chloride, NH4Cl
2:barium chloride, BaCl2
3:copper sulfate, CuSO4
4:salt hydrochloric acid, HCl
5:potassium iodide, KI
6:silver nitrate, AgNO3
7:salt sodium bromide, NaBr
8:sodium hydroxide, NaOH
9:sodium sulfide, Na2S
10:sulfuric acid, H2SO4
I am just totally lost as it wants me to test all the reactions
and say which solution is what, if you could please just answer
which solution goes where and possibly fill...
Test Table 1 Single Displacement Reactions Tube Equation (Complete) 1 epr Cuts + AG NO- 210...
Test Table 1 Single Displacement Reactions Tube Equation (Complete) 1 epr Cuts + AG NO- 210 PB + Cu(NO 32 Zn + Pb (NO) Zn + MgSO4 Cu + H2 SO. - Zn + H2SO4 (ag) - Observations bere dissolved. che Lly Owych NO ACES Na reaches Hydelse Table# 2 Relative Reactivities Test Tube Number 1 2 Greater Activity Lesser Activity Silver cu 1 2 3 4 cu Pb Pb Mg ₂ ] in 1. Arrange the metals Pb and...
Station 3: Types of Chemical Reactions Station Letter and Number: In a large test tube mix...
Station 3: Types of Chemical Reactions Station Letter and Number: In a large test tube mix 3 mL of Co(NO) IX 3 mL of Co(NO3)2 with 3 mL of Na PO.. Write the balance complete lonic equation pot ni tion and spectator ions for a phases for all reactants and products. Identify the type of reaction le balanced molecular equation, for each reaction. Make sure to include of reaction. Include observations. Observations Molecular Equation 160 (N03), + Naz POy --...
Part I: You are instructed to produce solutions of H2S04 and NaOH for your lab experiment. The concentration you should produce is shown in the table below. Complete the table and copy it into your l...
Part I: You are instructed to produce solutions of H2S04 and NaOH for your lab experiment. The concentration you should produce is shown in the table below. Complete the table and copy it into your lab notebook for use during your lab. You will be provided with a 3.0 M stock solution of H2SO4 and solid NaOH. You will need to make 100 mL of each solution. H2SO4 Compound NaOH 0.9 Solution Concentration (M) 1.12 Moles in 100 mL 112...
are theses correct? please correct me if they are not. Results Fe Test Tube 2: FeSCN...
are
theses correct?
please correct me if they are not.
Results Fe Test Tube 2: FeSCN (aa) SCN () Fe Chemical equation: Explanation: The equilibrium shifted toward the increased the due to the addition of Fe(NO,)) because it of the Test Tube 3: FESCN 0) SCN () (as Chemical equation: Fe(ag) Explanation: Test Tube 4: Chemical equation: Fe(agk FeSCN( (aq)h Explanation: Test Tube 5: Chemical equation: Fe"( SCN () FESCN 3+ + (sq) Explanation: Test Tube 6 Chemical equation: Fe(a...
Please try to show/explain every step! 22. Complete the following reactions by clearly writing out the...
Please try to show/explain every step!
22. Complete the following reactions by clearly writing out the products and state if the product is a water soluble molecule or not. (3 pts cach/15 pts total) HO NH,Br. H,804 HAPO, 200 °C HBE No peroxides CH,CH 23. Complete the following reactions and show the mechanism of how the reaction occurred. You must identify at least one nucleophile and one electrophile in cach mechanism that you draw. Only do ONE of the two...
Calculate initial concentration of Fe+3 for tubes 1-3. Show your work. Procedure A. Determination of B...
Calculate initial concentration of Fe+3 for tubes 1-3. Show your
work.
Procedure A. Determination of B for Beer's Law 1. Using a buret, add 4.00 mL of 0.0025 M Fe(NO3)s (which is in 0.1 M HNOs) to a 100- mL volumetric flask. Add enough deionized water to bring the total volume to the mark on the neck of the flask. Stopper and shake the flask. Label this flask “Diluted Fe.” spectrophotometer tubes (cuvettes), they are too small to use at...
Microscale techniques: In today's experiment we will be using very small amounts of chemical reactants. This...
Microscale techniques: In today's experiment we will be using very small amounts of chemical reactants. This method is generally less expensive and more environmentally-friendly than traditional "test tube" chemistry. Some of the waste products produced in today's experiment, particularly those containing lead and barium, are harmful to the environment. By using such small amounts of chemical reactants we generate far less waste than by using larger scale methods. Procedure 1. Put on your safety goggles. Be sure to wear them...
I just need the blank data table with all the reactions shown. I need ALL 36...
I just need the blank data table with
all the reactions shown. I need ALL 36 spaces for reacting
solutions. I don't need the observations. Please
help.
ARE hem 310 LAB EXPERIMENT #6 Chemical Reactions: Double Replacements I. OBJECTIVES 1. To perform and record observations of some chemical reactions. 2. To gain skill in writing balanced equations from observations of chemical reactions using known reactants. 3. To look for ions that, if present, may cause the compounds to be insoluble...
Nine Test Tube Mystery: 36 Metathesis Reactions.
Please complete the following 36 reactions, showing complete
balanced equations following the guidelines that are given in 1
a-e.
The purpose of this lab is to determine which one of the solutions listed below is found in each of the nine test tubes given to you by mixing them only. The nine possible solutions are: 0.1 M BaCl2 6 M NH 6 M NaOH 0.1 M CuSO 0.1 M Pb(NO)2 0.1 M AINO)...
This lab is the ten test tube mystery The ten solutions are as
followed:
1: ammonium chloride, NH4Cl
2:barium chloride, BaCl2
3:copper sulfate, CuSO4
4:salt hydrochloric acid, HCl
5:potassium iodide, KI
6:silver nitrate, AgNO3
7:salt sodium bromide, NaBr
8:sodium hydroxide, NaOH
9:sodium sulfide, Na2S
10:sulfuric acid, H2SO4
I am just totally lost as it wants me to test all the reactions
and say which solution is what, if you could please just answer
which solution goes where and possibly fill...
Test Table 1 Single Displacement Reactions Tube Equation (Complete) 1 epr Cuts + AG NO- 210 PB + Cu(NO 32 Zn + Pb (NO) Zn + MgSO4 Cu + H2 SO. - Zn + H2SO4 (ag) - Observations bere dissolved. che Lly Owych NO ACES Na reaches Hydelse Table# 2 Relative Reactivities Test Tube Number 1 2 Greater Activity Lesser Activity Silver cu 1 2 3 4 cu Pb Pb Mg ₂ ] in 1. Arrange the metals Pb and...
Station 3: Types of Chemical Reactions Station Letter and Number: In a large test tube mix 3 mL of Co(NO) IX 3 mL of Co(NO3)2 with 3 mL of Na PO.. Write the balance complete lonic equation pot ni tion and spectator ions for a phases for all reactants and products. Identify the type of reaction le balanced molecular equation, for each reaction. Make sure to include of reaction. Include observations. Observations Molecular Equation 160 (N03), + Naz POy --...
Part I: You are instructed to produce solutions of H2S04 and NaOH for your lab experiment. The concentration you should produce is shown in the table below. Complete the table and copy it into your lab notebook for use during your lab. You will be provided with a 3.0 M stock solution of H2SO4 and solid NaOH. You will need to make 100 mL of each solution. H2SO4 Compound NaOH 0.9 Solution Concentration (M) 1.12 Moles in 100 mL 112...
are
theses correct?
please correct me if they are not.
Results Fe Test Tube 2: FeSCN (aa) SCN () Fe Chemical equation: Explanation: The equilibrium shifted toward the increased the due to the addition of Fe(NO,)) because it of the Test Tube 3: FESCN 0) SCN () (as Chemical equation: Fe(ag) Explanation: Test Tube 4: Chemical equation: Fe(agk FeSCN( (aq)h Explanation: Test Tube 5: Chemical equation: Fe"( SCN () FESCN 3+ + (sq) Explanation: Test Tube 6 Chemical equation: Fe(a...
Please try to show/explain every step!
22. Complete the following reactions by clearly writing out the products and state if the product is a water soluble molecule or not. (3 pts cach/15 pts total) HO NH,Br. H,804 HAPO, 200 °C HBE No peroxides CH,CH 23. Complete the following reactions and show the mechanism of how the reaction occurred. You must identify at least one nucleophile and one electrophile in cach mechanism that you draw. Only do ONE of the two...
Calculate initial concentration of Fe+3 for tubes 1-3. Show your
work.
Procedure A. Determination of B for Beer's Law 1. Using a buret, add 4.00 mL of 0.0025 M Fe(NO3)s (which is in 0.1 M HNOs) to a 100- mL volumetric flask. Add enough deionized water to bring the total volume to the mark on the neck of the flask. Stopper and shake the flask. Label this flask “Diluted Fe.” spectrophotometer tubes (cuvettes), they are too small to use at...
Microscale techniques: In today's experiment we will be using very small amounts of chemical reactants. This method is generally less expensive and more environmentally-friendly than traditional "test tube" chemistry. Some of the waste products produced in today's experiment, particularly those containing lead and barium, are harmful to the environment. By using such small amounts of chemical reactants we generate far less waste than by using larger scale methods. Procedure 1. Put on your safety goggles. Be sure to wear them...
I just need the blank data table with
all the reactions shown. I need ALL 36 spaces for reacting
solutions. I don't need the observations. Please
help.
ARE hem 310 LAB EXPERIMENT #6 Chemical Reactions: Double Replacements I. OBJECTIVES 1. To perform and record observations of some chemical reactions. 2. To gain skill in writing balanced equations from observations of chemical reactions using known reactants. 3. To look for ions that, if present, may cause the compounds to be insoluble...
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