2. Nitrilotriethylamine, N(CH2CH2NH2)3 is a multidentate ligand. (a) What is the maximum number of binding (Lewis...
2. Nitrilotriethylamine, N(CH2CH2NH2)3 is a multidentate ligand.
(a) What is the maximum number of binding (Lewis base) sites which are present for nitrilotriethylamine to bind to a metal ion in an aqueous solution? When it binds with Cu2+, what is the number of nitrilotriethylamine used per each Cu2+?
(b) If a 50.00 mL Cu2+ solution needs 100.0 mL, 0.0100 M N(CH2CH2NH2)3 to react with, calculate the molar concentration of the original Cu2+ solution.
Homework Answers
(a) Nitrilotriethylamine, N(CH2CH2NH2)3 is a tetradentate ligand.
The maximum number of binding (Lewis base) sites which are present for nitrilotriethylamine is 4.
The number of nitrilotriethylamine used per each Cu2+ is 1 [Cu(tren)2L]2+.
(b)
Add Answer to:
2. Nitrilotriethylamine,
N(CH2CH2NH2)3 is a
multidentate ligand.
(a) What is the maximum number of binding (Lewis...
You would like to determine the equilibrium constant for the binding of a ligand to a...
You would like to determine the equilibrium constant for the binding of a ligand to a metal ion: M^ 3 + + L^ - equivalence ML^ 2 + where k = [(ML^ 2+])/(M^ 3+][L])]. The ML^ 2 + complex has a unique absorbance of the solution at an appropriate wavelength. The concentrations and the n going to equilibrium using an ICE table. The following experiment order to determine the extinction coefficient of the complex at the wavelength chosen.
Please help! Ligand X forms a complex with both cobalt and copper, cach of which has...
Please help!
Ligand X forms a complex with both cobalt and copper, cach of which has a maximum absorbance at 510 nm and 645 nm, respectively. A 0.217 g sample containing cobalt and copper was dissolved and diluted to a volume of 100.0 mL. A solution containing ligand X was added to a 50.0 mL aliquot of the sample solution and diluted to a final volume of 100.0 mL. The measured absorbance of the unknown solution was 0.493 at 510...
please answer 2 to 3 thank you (2) What is the molar concentration of H30* in...
please answer 2 to 3
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(2) What is the molar concentration of H30* in a solution whose pH is equal to 2? (3) You will titrate a solution of an unknown acid (HX(aq)) by adding NaOH(aq). Suppose that 25 mL of 0.5 M NaOH(aq) is needed to reach the equivalence point. How many moles of HX were present initially? Show the calculation. (4) You will titrate acid solutions by adding 0.2-0.3-mL or 2-3-ml portions of NaOH(aq). When should...
Complete the reaction table below. OOH or 1. ether 2. CO2(s) + Mg2+ + Br +...
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5. When all of the sample to be collected has left the column, will the drop...
5. When all of the sample to be collected has left the
column, will the drop of solution coming off the tip of the column
be acidic, basic or neutral?
6. How many H+ ions would be displaced from the ion
exchange column by 1 Cu2+ ion?
7. Binding sites on the ion exchange resin are saturated
with which ion before the sample solution is added?
8. Ions are displaced from the resin binding sites by
any ion that has...
please solve what you can and show your work. I'm not really good in chemistry??♀️ Home...
please solve what you can and show your work. I'm not really
good in chemistry??♀️
Home assignment: Chapter 4: Aqueous Reactions and Solution Stoichiometry 1) Of the species below, only is not an electrolyte. A) HCI B) Rb2804 C) Ar D) KOH E) NaCI 2) Aqueous potassium chloride will react with which one of the following in an exchange (metathesis) reaction? A) calcium nitrate B) sodium bromide C) lead nitrate D) barium nitrate E) sodium chloride 3) When aqueous solutions...
3) Use the mole ratios contained in both equation 3 and equation 4 to calculate the...
3) Use the mole ratios contained in both equation 3 and
equation 4 to calculate the
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of the ascorbic acid contained in 20.00 mL of 0.0200 M
ascorbic acid solution.
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the question is number 3 in the first picture and the rest are the lab informations...
the
question is number 3 in the first picture and the rest are the lab
informations and procedures.
Page < 2 > 0f50 - 200M + 3. Explain fully the purpose of vapor pressure of water in calculations of partial pressure of Hydrogen gas in this experiment. Page < 1 > of 3 d EQUIVALENT MASS OF AN UNKNOWN METAL INTRODUCTION Active metals react with strong acids to produce hydrogen gas. These are oxidation-reduction Li+ HCl – Lic1+52 reactions. Li+...
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You would like to determine the equilibrium constant for the binding of a ligand to a metal ion: M^ 3 + + L^ - equivalence ML^ 2 + where k = [(ML^ 2+])/(M^ 3+][L])]. The ML^ 2 + complex has a unique absorbance of the solution at an appropriate wavelength. The concentrations and the n going to equilibrium using an ICE table. The following experiment order to determine the extinction coefficient of the complex at the wavelength chosen.
Please help!
Ligand X forms a complex with both cobalt and copper, cach of which has a maximum absorbance at 510 nm and 645 nm, respectively. A 0.217 g sample containing cobalt and copper was dissolved and diluted to a volume of 100.0 mL. A solution containing ligand X was added to a 50.0 mL aliquot of the sample solution and diluted to a final volume of 100.0 mL. The measured absorbance of the unknown solution was 0.493 at 510...
please answer 2 to 3
thank you
(2) What is the molar concentration of H30* in a solution whose pH is equal to 2? (3) You will titrate a solution of an unknown acid (HX(aq)) by adding NaOH(aq). Suppose that 25 mL of 0.5 M NaOH(aq) is needed to reach the equivalence point. How many moles of HX were present initially? Show the calculation. (4) You will titrate acid solutions by adding 0.2-0.3-mL or 2-3-ml portions of NaOH(aq). When should...
Complete the reaction table below. OOH or 1. ether 2. CO2(s) + Mg2+ + Br + CÍ + Mga 3. HCl(aq) benzoic acid Magnesium Bromobenzene CO2(s) (Dry ice) HCl(aq) Benzoic Acid Experimental quantity 1.2 g 5.2 mL excess 80 mL <ml Molar Mass Density N/A Concentration - - - 3.0 M Amount in moles Equivalents excess excess Answer the following questions using the Prelab Workbook Assignment Link provided on LEARN. Question 1: What is the limiting reagent for this reaction?...
5. When all of the sample to be collected has left the
column, will the drop of solution coming off the tip of the column
be acidic, basic or neutral?
6. How many H+ ions would be displaced from the ion
exchange column by 1 Cu2+ ion?
7. Binding sites on the ion exchange resin are saturated
with which ion before the sample solution is added?
8. Ions are displaced from the resin binding sites by
any ion that has...
please solve what you can and show your work. I'm not really
good in chemistry??♀️
Home assignment: Chapter 4: Aqueous Reactions and Solution Stoichiometry 1) Of the species below, only is not an electrolyte. A) HCI B) Rb2804 C) Ar D) KOH E) NaCI 2) Aqueous potassium chloride will react with which one of the following in an exchange (metathesis) reaction? A) calcium nitrate B) sodium bromide C) lead nitrate D) barium nitrate E) sodium chloride 3) When aqueous solutions...
3) Use the mole ratios contained in both equation 3 and
equation 4 to calculate the
volume (in mL) of 0.0100 M potassium iodate solution needed to
completely oxidize all
of the ascorbic acid contained in 20.00 mL of 0.0200 M
ascorbic acid solution.
concentration of the titrant can be used along with the mole ratios from the reaction equations to determine the amount of ascorbic acid in the solution Chemical Reactions involved with the redox titration: Equation 1 shows...
the
question is number 3 in the first picture and the rest are the lab
informations and procedures.
Page < 2 > 0f50 - 200M + 3. Explain fully the purpose of vapor pressure of water in calculations of partial pressure of Hydrogen gas in this experiment. Page < 1 > of 3 d EQUIVALENT MASS OF AN UNKNOWN METAL INTRODUCTION Active metals react with strong acids to produce hydrogen gas. These are oxidation-reduction Li+ HCl – Lic1+52 reactions. Li+...
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