Question

A standard solution of KCl is known to have a conductivity of κ=1.06296 x 10-8 S...

A standard solution of KCl is known to have a conductivity of κ=1.06296 x 10-8 S cm-1 and is used to standardise a conductance cell. A resistance reading, R of 4.2156 Ω is given. Calculate the cell constant, k showing all working. The same cell is then filled with a solution of HCl and a resistance of 1.0326 Ω is measured. Calculate the conductivity of this solution in S cm-1 showing all working.

0 0
Add a comment Improve this question Transcribed image text
Answer #1

Answer:-

The answer is given in the image,

Add a comment
Know the answer?
Add Answer to:
A standard solution of KCl is known to have a conductivity of κ=1.06296 x 10-8 S...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • H CE 0.03496 Na 0.00764 Ac 0.00501 0.00409 Questions 1. A conductivity cell has plane-parallel electrodes,...

    H CE 0.03496 Na 0.00764 Ac 0.00501 0.00409 Questions 1. A conductivity cell has plane-parallel electrodes, each 2.2 cm x 2.2 cm in area, spaced 2.2 cm apart. When the cell is filled with an electrolyte, the measured conductance is found to be 2,745HS What is the conductivity of the solution? 2. The molar conductances at infinite dilution, o, of aqueous solutions of the strong electrolyte sodium ethanoate (or sodium acetate as it is more commonly known), hydrochloric acid and...

  • PLEASE SHOW WORK The standard enthalpy of solution for KCl(s) dissolving in water to form 1...

    PLEASE SHOW WORK The standard enthalpy of solution for KCl(s) dissolving in water to form 1 m solution of aqueous K^+ and Cl^- ions, delta H^0 _soln = +17.2 kJ/mol. Using a coffee calorimeter, 0.15 moles of KCl(s) were dissolved in 150 mL of water. The initial water temperature was 25 C. What would be the final temperature? A 4C B 21 C C 25 C D 29 C E 42.2 C

  • inorganic chem

    3)      a)   Conductivity of 250 mL aqueous solution of an unknown complex  was measured as 6.0x10-4 S. Ω-1.        Calculate the number of ion for this complex. (cell constant of the conductimeter is 0.71 cm-1). Number of ionsΛ2270-2983391-4314570-597573      b)      Predict how many ions would be produced per formula unit of the compound, tetraamminetrinitrocobalt(III), assuming that  it is monomeric and contains an octahedrally coordinated cobalt metal ion?

  • A Cu(II) Standard solution has been diluted as following table concentration and react with NH3 solution...

    A Cu(II) Standard solution has been diluted as following table concentration and react with NH3 solution to form a colored complex as Cu(NH3)Cl2. Each of the standard has been measured the % Transmission in a 1.00 cm cell at 590 nm : Concentration of Cu(II) in ppm % T A510 10 63.1 20 47.9 30 37.2 40 30.9 50 25.7 60 19.5 70 31.6 80 12.0 a. You took a Copper wire sample, weight 1 gram and dissolved to 1...

  • solve for c and d Problem 8 Intrinsic conductivity in Si 11/6/2019 ESG 333 Effective masses,...

    solve for c and d Problem 8 Intrinsic conductivity in Si 11/6/2019 ESG 333 Effective masses, mobilities and energy gaps can be measured directly For example: for Si: effective masses: m 0.33 mecon (these are averages) m 0.56 mekctros 0.13 m2/(V. s) at RT: e Ec 1.11 eV Hh0.05 m/(V. s) (see pages 138-142 of notes) For intrinsic Si (no impurities): a) Calculate the relaxation times t, Th and the chemical potential u (at T- 300 K) b) Calculate the...

  • Page 3 An electrochemical is prepared from a chromium metal electrode in contact solution of 0.500 M chromium (III)...

    Page 3 An electrochemical is prepared from a chromium metal electrode in contact solution of 0.500 M chromium (III) nitrate and a standard hydrogen half-cell elect The two half cells are connected by a porous disk or a KCl salt bridge. Standard Reduction Potentials at 298 K Cr+ (aq) + 3e ----> Cr(s) Cr+ (aq) + e ----> Cr2+ (aq) E° = -0.740 V E° = -0.440 V a) Write the reaction for the cell and calculate the standard free...

  • 1-One-half of an electrochemical cell consists of a pure Zinc electrode in a solution of Zn2+...

    1-One-half of an electrochemical cell consists of a pure Zinc electrode in a solution of Zn2+ ions; the other half is a Lead electrode immersed in a solution of Pb2+ solution. The half-cell potentials for Zinc and Lead are -0.763 V and -0.126 V, respectively. (a) If the cell is a standard one, write the spontaneous overall reaction and calculate the voltage that is generated. (b) Compute the cell potential at 25oC if the Zn2+ and Pb2+ concentrations are 10-2...

  • Material ρ (Ω•m) at 20 °C Resistivity σ (S/m) at 20 °C Conductivity Copper 1.68×10−8 5.96×107

    Material ρ (Ω•m) at 20 °C Resistivity σ (S/m) at 20 °C Conductivity Copper 1.68×10−8 5.96×107 Given the parallel plate shown below: (a) Calculate the TEM mode circuit parameters (L',C', R', and G') step-by-step and compare your derivation to the answer given in Table 2 of Ludwig. Hint: Do this calculation carefully since a problem of this nature may show up on an exam with a different geometry (b) Now calculate these parameters for a copper-plate transmission line operating at...

  • Wally's Technical Fabricators is the world's principal supplier of axial resistive pipe. These pipes have a...

    Wally's Technical Fabricators is the world's principal supplier of axial resistive pipe. These pipes have a perfectly conductive inner core, p a, and a perfectly conductive outer sleeve, ρ b, and the region where a < ρ < b s filed with a realistic conductor with known conductivity σ Wallys sta will cut the pipe to whatever length the client requires. Wally's business is so old that the website is dreadful. The datasheet on his main product is a smudged...

  • all questions EXPERIMENT 8 Spectrophotometric Study of an Equilibrium Reaction Since known amounts of iron(III) and...

    all questions EXPERIMENT 8 Spectrophotometric Study of an Equilibrium Reaction Since known amounts of iron(III) and thiocyanate will be mixed, and the concentration of the iron-thiocyanate complex determined spectrophotometrically, it will be possible to cal- culate the equilibrium constant for each of the three possible equilibrium reactions above. The reaction which gives a constant value of K, for all the solutions prepared will be the correct one under the experimental conditions. AGRERERERLER . 1 Procedure 1. Clean and dry five...

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