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- Last step in addition to the previous 2 questions: a lengthy derivation using phasors that the first diffraction peak should have an intensity of I1 ≈ 0.045 I0. Using the equation provided below in the pictures and the statement that β = 1.5π, you can find out what θ value to choose. You can also go for the midpoint between the first two destructive interference locations m = 1, 2 in the equation provided in the last question in which I will provide in the second image here. Repeat your three-path amplitude calculations for this value of θ, and observe what the relative intensity is for the first side maximum according to your calculation. Also explain How do the results improved when subdividing the aperture with 5, or 7, or more paths?Implement the combinational circuit for the following problems. Provide the step- by-step solution by showing the following: (1) Create complete truth table of the operating process. (2) Derive the propositional expression for each of its output using Minterms. Then simplify the propositional expression using Karnaugh map. (3) Create the schematic diagram using the standard symbols for combinational circuit and simulate using a circuit simulator. Note switches acts as inputs and LED as output indicators. Use only 2 input logic gates in the design and then provide a screenshot of 3 different input values with its output result. Recommended circuit simulators, Logic.ly, Logisim and NI Multisim. (4) Implement the schematic diagram by creating the actual wiring connection of the combinational circuit using data sheet IC image of logic gate ICs including the connections for the +5Vdc, ground, the input switches and the output LEDS (as seen on the combinational circuit handouts). Implement…Please help me with the response diagram
- The voltage Vc (t) (in V) and the current i(t) (in Amp) after closing the switch in the circuit shown in Figure Q2 are given by: -v, (1 -e+) i(t) Vc (t) = V. (1 – e' Vo e R ic(t) T = RC where R = Resistance C = Capacitance Figure Q2 T = Time constant Consider the case where Vo = 30 V, R = 2000 N, and C = 3000 µF b) Assemble your user-defined function with necessary MATLAB code to obtain V, and ic when t = 20 s.Construct NFA (state diagram) of the following: (see attached photo)Answer with true or false and correct the error if it is found in the following sentences: 1) Cathode ray oscilloscope (CRO) is considered primarily as a function of voltage. 2) The gun consists of a heated cathode, control grid, and four anodes. 3) Persistence is the length of time that the intensity of spot is taken to increased to 10% of its original brightness. 4) Active (selfgenerating) transducers develop their output in the form of electrical voltage or current by any source of electrical excitation. 5) In a photovoltaic transformer when a constant voltage is applied between the cathode and the anode, the current is inversely proportional to the amount of light falling on the cathode.
- pomts) For EACH of the following NDFSMS, Calculate the value of eps(g) for EACH state q. (1) Show eps(1), eps(2), eps(3), eps(4), eps(5) for & transition. 8, a 3 a.b (2) Show eps(1), eps(2), eps(3), eps(4), eps(5), eps(6), eps(7), eps(8), eps(9), respectively, for ɛ transition. b, ɛ 3 b, ɛ a, EShow how a standard STRIPS action description can be rewritten as an HTN decompo- sition, using the notation Achieve (p) to denote the activity of achieving the condition p.true /false A state chart diagram is an interaction diagram ( )
- SIMULINK Implementation 1. Using SIMU LINK, set up the negative feedback system of (6) above. Plot on one graph the error signal of the system for an input of 5u(t) and K = 50,500, 1000, and 5000. Repeut for inputs of 5tu(t) and 5t²u(t). Use simulation time not less than 50 seconds for all the simulations 2. Using SIMULINK, set up the negative feedback system of (7) above. Plot on one graph the error signal of the system for an input of Su(t) and K = 50,500, 1000, and 5000. Repeat for inputs of 5tu(t) and 5tu(t). Use simulation time not less than 50 seconds for all the simulations 3. Using Simulink, set up the negative feedback system of (8) above. Plot on one graph the error signal of the system for an input of 5u(t) and K = 200, 400,800, and 1000. Repeat for inputs of 5tu(t) and 5t²u(t). Use simulation time not less than 50 seconds for all the simulations Postlab 1. Use your plots from Labs I and compare the expected steady-state errors to those calculated in the Prelab. Explain the…Derivation of the Dc motor differential equations Under typical operating conditions, the torque generated by a DC motor is directly proportional to the cumrent passing through it T-kai where kis a proportionality constant determined by the characteristics of the specific motor. This relationship fails for large values of i. When the armature ratates, z generates a back electromotive force (back EMF) that opposes the applied valtage. In the circuit diagram, this is represented by a mator symbol. The voltage drop dua to the back EMF, denoted e, is proportional to the rotational velocity af the armature e-kp where k, is a constant of proportionality. Ta derive the relationship between the current i and the motor shaftt angular position 0. yau can apply KirchhofT's voltage law and Nowton's second law in terms of torques acting on the motor shaft. Kirchhoff's voltage law implies that the sum at the vatage drops across the circuit must equal tha applied voltage: iR + (1) where v is the…Construct the following 3 Venn diagrams and show the answers.