3.) Calculate the benefit of adding AlO nanoparticles to the x = 0.005 and the x = 0.02 mass fraction mixtures using the Kedzierski (2012) model: 14 9up = 1 + 9PL 1.45×10 [s m] N np A IG OVLPX 3/2 Dap (9) PL. (Pp-P₁) g(1-x₂)² np Assume that for x = 0.005 (Nap/As)G= 3 x 1020 m² and for x = 0.02 (Nnp/As)G= 4 x 102⁰ m²². The properties of the AlO nanoparticles are: AIO nanoparticles Dup (nm) 10 Php (kg/m³) 3600

3.) Calculate the benefit of adding AlO nanoparticles to the x = 0.005 and the x = 0.02 mass fraction mixtures using the Kedzierski (2012) model: 14 9up = 1 + 9PL 1.45×10 [s m] N np A IG OVLPX 3/2 Dap (9) PL. (Pp-P₁) g(1-x₂)² np Assume that for x = 0.005 (Nap/As)G= 3 x 1020 m² and for x = 0.02 (Nnp/As)G= 4 x 102⁰ m²². The properties of the AlO nanoparticles are: AIO nanoparticles Dup (nm) 10 Php (kg/m³) 3600

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Q4: Sulphur dioxide produced by the combustion of sulphur in air is absorbed in water. Pure SO₂ is then recovered from the solution by steam stripping. Make a preliminary design for the absorption column. The feed will be 5000 kg/h of gas containing 8 per cent v/v SO₂. The gas will be cooled to 20°C. A 95 per cent recovery of the sulphur dioxide is required. Use Cornell's method. Data: NOG-8, Mwt gas-29, Water flow rate=29.5 kg/s, Fp = 170 m¹, Py = 1.21 kg/m³, pressure drop 20 mm H₂O/m packing, HL= 10-3 N s/m², D₁ = 1.7 x 10⁹ m²/s, D, = 1.45 x 10-5 m²/s, y = 0.018 x 10³ Ns/m² Useful formulas: HG = 0.011 h (Sc)0.5 Dc 0.305/ H₁ = 0.305 h (Sc)2.5 K3 1.11 Z 3.05/ Z 9/1 0.15 0.33 3.05/ / (Lw f1f₂f3)0.5
It's not even that Idk how to do it, I'm very confused at that what parameters I should use to even begin answering. The initial masses of Ala dn Cu are 94.14g and 21.52g respectively
I need neat and clean handwritten solution explaining every steps. Do remember before attempting. Thanks
7
Mechanical
Help with #3 and coding in MATLAB
5-15 Compare the diffusion coefficients of car- bon in BCC and FCC iron at the allotropic transformation temperature of 912°C and explain the difference.
Please kindly help. I will give a like. Thank you! a. Describe the S-curve model of diffusion on how does ‘rate of adoption’ change over time? At which-point is the rate of diffusion the fastest? b. S-curve model of diffusion: (true/false) and reasoning - k = 0, the rate of diffusion is instantaneous? - fixed k ≥ 0, the carrying capacity is determined only by the ratio of a and b? - fixed k ≥ 0, the rate of diffusion is determined only by the ratio of a and b? c. The diffusion of hybrid corn in the 1940s, who or which region seems to have adopted the hybrids more quickly and why?
شكنذرس
Which one below is not a requirement for diffusion processes to occur in crystalline solids? O Sufficient energy for atoms to migrate. O Presence of vacant sites. O Mechanical force. O Presence of a concentration gradient.
Help me please
Compare the diffusion coefficients (in cm²/s) of nitrogen in BCC and FCC iron at the allotropic transformation temperature of 912°C. Decc -153606 X Your response differs from the correct answer by more than 10%. Double check your calculations, cm²/s -1976-7 Dicc x Your response differs significantly from the correct answer. Rework your solution from the beginning and check each step carefully. cm2/s