

PLEASE JUSTIFY YOUR ANSWERS TO THE QUESTIONS BELOW BRIEFLY DISCUSS WITH DIAGRAMS IF MORE CONVENIENT. 8.)...
3. a) Short questions (Please briefly justify your answers in each case to receive full credits) 1) If we wish to minimize a function, fx.y) = 2x2+ 5x22+10, using Univariate Search method, how many searches will it take to reach the minimum and why? -L1 ii) Starting from an initial guess, Xo the minimization of the following function using Newton-Raphson method fails to work. Please explain why. fX) 0.5x2+2x1x- (1/3)x3+ 50 Note: N-R method: X- X1 - [H(X-1)] 'af(X1), where...
Please answer the following miscellaneous questions about production and justify your answers. (a) A firm produces identical outputs at two different plants. If the marginal cost at the first plant exceeds the marginal cost at the second plant, how can the firm reduce costs and maintain the same level of output? (b) True or false? In the long run,a firm always operates at the minimum level of average costs for the optimally sized plant to produce a given amount of...
Short Answer: The following 8 questions are worth 5 points each. Please provide your answers in the form of few brief sentences, solved equations, or graphs / diagrams. (16) The snapshot graph shown below was taken at t = 0s. Determine: i. The frequency of the wave. y (cm) ii. The phase constant of the wave. 24 m/s -x (m) 8 12 16 20 -2 Computational questions: The following 4 questions are worth 7.5 points each. Please provide your answers...
Briefly justify your answers - For the following pairs of substances, say which one has the greatest chemical potential: (a) a benzene molecule dissolved in octane or dissolved in methanol at the same temperature and pressure. (b) ice and liquid water at t = 0 degrees Celcius at the pressures of: (i) 2 atm, (ii) 1 atm (c) a met-mytoglobin molecule in its native (active) configuration in aqueous solution at pH = 3.5 and pH = 4.1 at p =...
Help with Java questions and please explain all your answers
throughly.
The following three (3) questions are related. 12. Briefly deseribe the effect of the final modifer on methods. 13. Briefly describe the effect of the static modifier on methods. 14. Can a method be both final and static? Explain
6. Justify briefly (max two lines) if the following statements are true or false. Answers with just Tor F won't receive any points. (a) (1 point) The curve with vector (Cartesian) equation r(t) = (t cost, tsint, t) lies on the surface with cylindrical equation 2 = 72 (b) (1 point) If ñ x p=0 then ñ = 0 or p=0. (c) (1 point) 24 – 4y2 lim (x,y)+(0,0) 22 + 2y2 = 0 (d) (1 point) If f(x, y)...
3. Please answer the following questions concerning the two energy diagrams depicted below. (10 pts) Energy Diagram A 20 Energy Diagram B (a) Do the energy diagrams represent concerted or stepwise reactions? (b) Label the axes, the reactants (R), products (P), any intermediates (1), activation energy (E.), enthalpy of reaction (AH"), and transition state(s) (TS) on the above diagrams. (c) Do the energy diagrams represent endothermic or exothermic reactions? (d) Which energy diagram represents the faster reaction? (e) Which energy...
3. Please answer the following questions concerning the two energy diagrams depicted below. (10 pts) Energy Diagram A Energy Diagram B (a) Do the energy diagrams represent concerted or stepwise reactions? (b) Label the axes, the reactants (R), products (P), any intermediates (1), activation energy (E.), enthalpy of reaction (AH'), and transition state(s) (TS) on the above diagrams. (C) Do the energy diagrams represent endothermic or exothermic reactions? (d) Which energy diagram represents the faster reaction? (e) Which energy diagram...
Please answer the polymers questions below clearly.
1. Discuss (no more than one page) the dif- ference in the nature of the glass transition and the crystalline melting point. 2. Explain (no more than one page) why polymers crystallize in a folded chain form. (A picture is worth a thousand words!) 3. In Figure 10-50 in the text, the chain struc- tures of isotactic polystyrene and isotactic polypropylene were compared. We then asked you which of these polymers has the...
Please briefly answer all the questions below ,and writing those more clearer and tidier (It is best to use typing) This is a problem related to the spectroscopy. Please describe two different spectroscopic methods that use lasers as the light source. Applying conventional spectroscopy to nanoscale research usually suffers with low signal-to-noise ratio. Can you describe the practice(s) being used to overcome this difficulty and explain why it works?