Draw (a) a bar-beach profile, (b) a berm-beach profile and (c) a ridge-and-runnel profile. Describe the defining features of each.
Draw (a) a bar-beach profile, (b) a berm-beach profile and (c) a ridge-and-runnel profile. Describe the...
Describe: a. Electron-domain geometry b. Molecular geometry (Note: Describe and draw the shape) c. Hybridization of the central atom d. Polarity in the following molecules: TeCl2 Ethane: CH3CH3 (Describe a, b, c for each carbon; Describe d for the whole molecule).
1. Describe the state of pure bending (moment? shear? curvature?) 2. Draw the normal stress profile (like fig 5-11) on a beam in (-) bending with a triangular cross-section Be sure to label the location of the neutral axis and where the max tensile and compressive stresses occur
material science s 4 (A) Alloy bar 3340N then Yolsa axi-2 (B) Provide two solutions to improve the fatigue life of a mechanical part (C) Draw or Describe the classification Scheme for the various types of composite matcrials, Le what are the different types of composite materials maximum allowable surface crack length if the surface energy of MgO is 1.0 /m2 (modulus of elasticity of MgO is 225 GPa)? 5 (A) A MgO component must not fail when a tensile...
The following equations describe your economy: Y = C + I + G C = c(bar) +cYD YD = Y + TR – TA I = I(bar) G = G(bar) TA = tY TR = TR(bar) – rY (NOTE: c(bar), I(bar), TR(bar)= C-Bar, I-bar TR-BAR ---- The bar across the top variables indicates its autonomous) (Also, ‘t’ is a proportional tax on income, and governs the inverse relationship between transfers and income) a) Suppose that the government adopts a proposal...
b) Draw an elongating RNA polymerase. Label all features, enzymes, and molecules we discussed in class. Describe the different functions RNA polymerase is performing (10 words per function) (25 points) b) Draw an elongating RNA polymerase. Label all features, enzymes, and molecules we discussed in class Describe the different functions RNA polymerase is performing (10 words per function) (25 points) b) Draw an elongating RNA polymerase. Label all features, enzymes, and molecules we discussed in class Describe the different...
4. a. Draw and describe the differences between maltose, isomaltose and cellosbiose. b. Draw and describe the differences in the carbohydrates on O, A and B type blood. (That is, the antigens H, A and B.) c. Explain to a pre-diabetic why foods high in starch are not ideal for their medical condition when, “they do not taste sweet.”
9. Draw a velocity boundary layer, draw a velocity profile Ill turbulent region, and label the following: a. Turbulent region b. Laminar region C. Transition region d. Viscous sublayer e. Buffer layer f. Fully turbulent region g. Critical length (10 points)
Question 5 C Draw the magnetic field lines corris000000 soccorrison Question 5D Two bar magnets are placed close to eahc other with their Northpoles facing each other. a. Will the two magnets get attracted or repelled in this condition b. Draw magnetic field lines arounf them
21·The "pear" profile is associated with-health risk than the "apple" profile. a. a higher b. a lower c. the same d. none of the above
Question 2: a) Consider a bar of silicon, by some unspecified process the electrons are injected in the middle of the bar. The concentration profile is shown below. Write the equation of current flow? Electron Concentration b) I made a diode with following impurities in intrinsic silicon - +5) Phosphorous Boron 1. What kind of device will it make? 2. Draw the schematic. 3. Label the terminals. c) If the voltage is kept constant, the drift velocity of electron is...