Consider BClH2. In each of the following cases, when do you expect the compressibility factor to be closer to one. Explain.
4.1 Consider \(\mathrm{BClH}_{2}\), In each of the following cases, when do you expect the compressibility factor to be closer to one. Explain.
(a) At \(300 \mathrm{~K}, 10\) bar or at \(300 \mathrm{~K}, 20 \mathrm{bar}\)
(b) At \(300 \mathrm{~K}, 20\) bar or \(1000 \mathrm{~K}, 20\) bar
(c) Consider a mixture of \(\mathrm{BClH}_{2}\) and \(\mathrm{H}_{2}\) at \(300 \mathrm{~K}, 10\) bar. Qualitatively plot the compressibility factor vs. mole fraction \(\mathrm{BClH}_{2}\). Point out any important features.
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Consider BClH2. In each of the following cases, when do you expect the compressibility factor to be closer to one. Explain.
1. Consider a bar under tension. The bar has length L, rectangular cross-section of sides b...
1. Consider a bar under tension. The bar has length L, rectangular cross-section of sides b and h, Young's modulus E, density p, and applied tensile force P. a) If all parameters are fixed except for h, find the value of h that minimizes the mass of the bar under stress, elongation, and stiffness constraints. Assume safety factors oo, Os, and Ok and failure values o*, 8*, and k* b) Also find the minimum mass of the bar m under...
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PLEASE HELP ME OUT WITH BOTH PICTURES & HIGHLIGHT ANSWERS PLEASEE AND THANK YOU! M N...
PLEASE HELP ME OUT WITH BOTH PICTURES & HIGHLIGHT ANSWERS
PLEASEE AND THANK YOU!
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Do case #4 Background: The data shown on the following page was obtained from Tension Tests...
Do
case #4
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just one example/demonstration! Data needed to be calculated is in highlighted in green boxes. And I...
just one example/demonstration!
Data needed to be calculated is in highlighted in green boxes.
And I highlighted in red an equation (not sure if thats what you
use to calculate it) And ignore the lab instructions on completeing
a graph!! I already know how to do that in excel, just curious how
Ln (relative rate) and 1/T in K^-1 is calculated by hand*
here is the rest of that lab leading up to the question as I
know its typically...
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I dont not expect anyone to create the spreadsheet, however I am totally lost on the...
I
dont not expect anyone to create the spreadsheet, however I am
totally lost on the calculations and values that must be added, so
any help on that would be greatly appreciated!
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1. Consider a bar under tension. The bar has length L, rectangular cross-section of sides b and h, Young's modulus E, density p, and applied tensile force P. a) If all parameters are fixed except for h, find the value of h that minimizes the mass of the bar under stress, elongation, and stiffness constraints. Assume safety factors oo, Os, and Ok and failure values o*, 8*, and k* b) Also find the minimum mass of the bar m under...
at you 7.54 Consider a binary mixture of a and b at T 300K and P = 40 kPa. A graph of the fugacity of species a as a function of mole fraction is shown below. Use Henry's law as the reference state for species a and the Lewis/Randall rule for species b. Show all your work 40 38 36 T-300 K P: 40 kPa 34 32 30 28 26 24 22 20 18 16 14 12 10 4 2...
PLEASE HELP ME OUT WITH BOTH PICTURES & HIGHLIGHT ANSWERS
PLEASEE AND THANK YOU!
M N o 1 T(K) 2 1/1 200 730 3 4 760 5 KM's Ink 0.011 0.005 0.105 0.343 0.789 2.17 20 145 790 810 840 Missing any of the following items will result in 5 pts deduction a) In the excel spread sheet, calculate the values for Ink and 1/T in K, convert to Kif needed) in the corresponding columns highlighted in yellow. b) Plot...
Do
case #4
Background: The data shown on the following page was obtained from Tension Tests of 10 unknown ductile metals. For each test, various dimensions and loads were measured before and after failure. The data is a summary of readings taken during the test (loads vs extensometer readings). Purpose: To determine the stress, strain, yield stress and modulus of elasticity of a circular shaped specimen from a tension test. Directions: A. For your particular case (depending on your last...
massa volum volum mo olu 5. In which of the following solvents would you expect KBr to be most soluble? a) CH4 (hexane) d) CCM (carbon tetrachloride) b) CH CH OH (ethanol) e) C.Hz (cyclohexane) c) CH. (benzene) ___6. A 9.50 % by mass solution of acetone (C,H,O) in water has a density of 0.9849 g/mL at 20°C. What is the molarity of this solution? a) 0.621 M b) 1.61 Me) 1.66 Md ) 1.71 M e ) 16.9 M...
just one example/demonstration!
Data needed to be calculated is in highlighted in green boxes.
And I highlighted in red an equation (not sure if thats what you
use to calculate it) And ignore the lab instructions on completeing
a graph!! I already know how to do that in excel, just curious how
Ln (relative rate) and 1/T in K^-1 is calculated by hand*
here is the rest of that lab leading up to the question as I
know its typically...
Problem 4.1 - Odd Bound States for the Finite Square Well Consider the finite square well potential of depth Vo, V(x) = -{ S-V., –a sx sa 10, else In lecture we explored the even bound state solutions for this potential. In this problem you will explore the odd bound state solutions. Consider an energy E < 0 and define the (real, positive) quantities k and k as 2m E K= 2m(E + V) h2 h2 In lecture we wrote...
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I
dont not expect anyone to create the spreadsheet, however I am
totally lost on the calculations and values that must be added, so
any help on that would be greatly appreciated!
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