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- Explain in details how the Optical Properties of metal nanomaterials differ from bulk?Determine VCR in the transistor circuit shown in figure. The transistor is of silicon and has B = 150 RcZ 100 N 10V Vcc 10 kQ VBR = 5VWrite the general molecular transport equation and identify the functions of each parameters considered in the equation.
- Distinguish between the coordination number and number of atoms per unit cell. Find out packing fraction for: (i) Simple cubic, (ii) body centered and face centered cubic unit cells.0 X hs https://gz.explorelearning.com/index.cfm?method=cReso GPolarity and Intermolecular Force X HOPS L Type here to search 3. Which of the following statements is true about the molecule shown below? Ō+ C 6- OA. The bonds are polar and the molecule is polar. OB. The bonds are polar and the molecule is nonpolar. OC. The bonds are nonpolar and the molecule is polar. D. The bonds are nonpolar and the molecule is nonpolar. Con esource Part X + 70 resourceID=1091&ClassID=643519 22Explain why size-dependent nanoscale properties are not realized currently in semiconductor processors despite the size of the processor elements getting smaller and smaller.
- Maintaining the proper level ensures a constant and uniform flow of rich amine from the contactor, which stabilizes operation by avoiding flowrate ups and downs. Select one: O True O FalseCompare interstitial and vacancy atomic mechanisms for diffusion and (b) cite two reasons why interstitial diffusion is normally more rapid than vacancy diffusion.Consider the given half-reactions that occur at the cathode and anode in an electrolysis reaction at T=298 K.T=298 K. cathode:Al3+(aq, 0.20 M)+3e--- -- Al(s)cathode:Al3+(aq, 0.20 M)+3e--- - - Al(s) anode:Au(s)---- 3+, Au3+(aq, 0.17М)+Зе- Al(s) Al3*(aq) + 3e- Au3*(aq) -1.677 + Зе Au(s) +1.498 Consider the given half-reactions that occur at the cathode and anode in an electrolysis reaction at T = 298 K. cathode: Al3+(aq, 0.20 M) + 3e¯ Al(s) anode: Au(s) Au³+(aq, 0.17 M) + 3 e- Standard reduction potentials can be found in the table of standard reduction potentials. What voltage must be applied to drive the net reaction if current is negligible? Ecell = V Calculate the ohmic potential of the cell if the cell has a resistance of 3.5 N and a current of 270 mA. Echmic = V Calculate the potential that needs to be applied to drive the reaction considering the calculated ohmic potential, an anodic overpotential of 0.19 V, and a cathodic overpotential of 0.41 V. Eapplied = V If concentration…