b) Discuss how u and v maps are obtained for a scene using relaxation equations developed...
2- (40 pts) Using Navier-Stokes equations, in class we developed the velocity profile between two stationary infinite parallel plates for a laminar, fully developed, steady flow. Here is the exact same flow: u(y) = 2 ( 0) (02 – hy) v= 0 a) Find the expression for average velocity for such flow. b) Use the average velocity you calculated in (a) to find the expression for volume flow rate per unit width into the page. c) If at x=105 m...
(a) How many node voltage equations are required to analyze the circuit below? (b) Find the output voltage Vo using the node voltage method. 4 mA 1 k12 1 kl2 12 V 0 We were unable to transcribe this image
Write down how the expression (A-B) V - (CA D)A (E-F) of wffs (an example is given below): Example: The expression (A A-B) V (CD) 1. A is a wff (propositional variable) 2. B is a wff (propositional variable 3. -B is a wff (obtained by applying to 2) 4. AA-B is a wff (obtained by applying A to 1 and 3) 5. (AA-B) is a wff (obtained by applying parentheses to 4) 6. C is a wff (propositional variable)...
I need answer in Matlab and also hand written way. thanks 3) In ESC 221 circuit was analyzed using this method: , one learms how to analyze a circuit using Nodal Analysis. The following 2 A 4 V V20 reference The equations resulting from this method are as follows: 2 3 2 = 0 12 + Solve for all the variables in these equations using MATLAB using all 6 methods discussed in class. In your report, show all the algebraic...
a V 43.3 m/s2 s. This answer agrees with the one obtained above using Equation [1]. Guided Problem A race car starting from rest accelerates at a constant rate of 5.20 m/s?. After how much time has the car traveled 28.5 m along the x-axis? Part 1 of 6 Identify the known and unknown quantities. The car starts from rest so its initial velocity is vo 0. During the time interval of interest, the car travels 28.5 m at constant...
I understand how parts (a) (b) and (c) fine. For part (d), I understand that E = K +U, that K=1/2 m v^2 and U is -F*r. We have equations for F, r, and v^2 from the previous parts, but I am not understanding how to get the answer given in the question. Consider a two-electron atom in which the electrons orbiting a nucleus of charge +Ze, follow Bohr-like orbits of the same radius r, with the electrons always on...
cnw To CICCIUCremsury ( U 13) Balancing Redox Equations and Stoichiometry 4 of 10 > Review | Constants Periodic Table Redox equations are often long and difficult to balance by inspection. Using oxidation states and half-reactions you can more easily balance a redox reaction. Part A Balance the following equation: K CHO+Na 80s + HCI--KCI + Na, 80+CCI+H2O Generally coefficients of 1 are omitted from balanced chemical equations. When entering your answer, include coefficients of 1 as required for grading...
I will upvote if u will solve What u need? DFT can also be obtained using matrix multiplication. Let X[r] show the transformed values and x[n] show the original signal. Using the analysis equation: Using matrix multiplication, this operation can be written as x[O X[1 1 e(2m/N) e-K4n/N) x12] [N-1]] e-j(2(N-1)T/N)e-j(4(N-1)m/N) Instead of huilt-in EFT function use matrix multinlication to solve 3th auestion [ 1 e-/(2(N-1)(N-1)T/N)]Le[N-1] DFT is an extension of DTFT in which frequency is discretized to a finite...
This question has two parts. Part 1) Using historical records, a manufacturing firm has developed the following probability distribution for the number of days required to get components from its suppliers. The distribution is shown here, where the random variable x is the number of days. x P(x) 4 0.17 5 0.38 6 0.31 7 0.105 8 0.035 a. The average lead time is ______ days. (Type the entire number, do not round.) b. The coefficient of variation is ______...
Fluid Mechanics. Please answer as many as you can. Short answer questions 1) Explain the physical meaning of the acceleration term uVu, where u is the velocity vector in a fluid. 2) Name the two equations that are required to describe the flow of an inertial jet in an incompressible, unstratified fluid. 3) What is the “Continuum Hypothesis”? 4) Describe how a viscous boundary layer adjacent to a solid surface results in transfer of momentum to/from that surface. 5) What...