6. Using the schematic diagram shown below, calculate the diffusive flux of methylenechloride through a butyl rubber glove of glove thickness I= 0.04 cm and given that surfaceconcentrations are Ci= 0.44g/cm³ and C2= 0.02g/cm³.Hint: Use the value for Diffusion coefficient in butyl rubber from the table in yourdocument. Assume a linear concentration gradient.gloveC,skinpaintremoverC2X2

Answered: Image /qna-images/answer/216c4a2b-3fd5-4cd5-9436-d2068a7a1bcc.jpg

Using the schematic diagram shown below, calculate the diffusive flux of methylene chloride through a butyl rubber glove of glove thickness I 0.04 cm and given that surface concentrations are C1= 0.44g/cm' and C2 0.02g/cm³. Hint: Use the value for Diffusion coefficient in butyl rubber from the table in your document. Assume a linear concentration gradient. ( glove C, skin paint remover C2 X, X2

Using the schematic diagram shown below, calculate the diffusive flux of methylene chloride through a butyl rubber glove of glove thickness I 0.04 cm and given that surface concentrations are C1= 0.44g/cm' and C2 0.02g/cm³. Hint: Use the value for Diffusion coefficient in butyl rubber from the table in your document. Assume a linear concentration gradient. ( glove C, skin paint remover C2 X, X2

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

What is the effect of addition of non-electrolytes in the conductivity of a solution?
What is the strength of the ionic interactions between an ion with 1 positive charges and an ion with 1 negative charges, when the distance between them is 24.0 nanometers and the solvent is water, at 25°C with a dielectric constant of 78.57 Calculate answer to 7 decimal places: NB! the comma seperates thousands, the dot is for decimals Do NOT specify units in your answer
Q 5 please
Given the property on the left as the criterion, which of the following order of comparison is TRUE? Select one: a. Increasing electrical conductivity at 25 °C: Si < SiO2 < SiCl4 b. Increasing standard boiling point: 0.10 molal solution of sucrose in CH3CH2OH < pure CH3CH2OH < 0.10 molal aqueous solution of sucrose c. Increasing standard melting point: I2 < Br2 < Cl2 d. Increasing melting point: Na < NaCl < Na2O
Q: What is the molar absorptivity of copper at λmax of copper? EXPLAIN THE ANSWER. NOT ONLY THE GRAPHS.
Q: What is the molar absorptivity of cobalt at λmax of cobalt? EXPLAIN THE ANSWER. NOT ONLY THE GRAPHS.
Find the activity coefficient using the Debye-Huckel equation for Be2* if µ = 0.075. Assume the ion-size of Be2*= 800 pm %3D
Q 2 please
An open tubular column with a diameter of 215 um and a stationary phase thickness on the inner wall of 0.51 um passes unretained solute through in 79 s. A particular solute has a retetion time of 467 s. What is the distribution constant for this solute? Kp = What fraction of time does this solute spend in the stationary phase? ts !! ttotal
The molar conductivity of NH4Cl at infinite dilution is 149. 7 02-1 cm² mol-¹ and the ionic conductivities of OH and Clare 198.0 and 76.3 -1 cm² mol-1, respectively. What is the molar conductivity of NH4OH (in 2-1 cm² mol-¹) at infinite dilution? Express your answer in four significant figures
9. Determine the ionic strength of a minimal growth medium that has the following composition: 0.150 M HEPES (a weak acid), 0.0500 M NH4NO3, 0.0140 M MgCl2, and 0.0240 M CaCl₂.
With the aid of sketches, explain the solidification of Fe-Al alloy from liquid to final microstructure present at room temperature. Determine the phase present, their individual composition, and the phase fraction at 250°C.