Matlab 1 assignment

12 - Which of the following cannot be used as an electric field expression?    a) -dV/dx  B) -dU/(q.dx)  NS) k.(q/r)  D) dW/(q.dx)  TO) f/q

Write the output expression (V0) when Vs = 20mV using R = 20kohm and C = 5 uF. Can you help me please?

A)Derive the expression that gives the output for the RC circuit in the figure. B)Write the output expression (V0) when Vs = 20mV using R = 20kohm and C= 5 uF. Can you help me please?

X=A'B'+CB'+ADC+BC'DA. Draw the circuit diagramB.Simplify the above given expressionC.Draw the circuit of the simplified expression

10 (Even Numbers will solve). Defined as is (t) = 3--3u (t-1) a) Draw the graph of is (t). b) Determine the general expression for the output voltage vo (t). c) Draw the graph of vo (t).

The shape of the circuit with one input (X) and one output (Z) is given. The next state and output are implemented with a PLA. Let's assume that the circuit is in state (QAQB=0). Draw the state diagram. If X = 00101101 is applied as the input sequence, find the corresponding output sequence Z.

b) Create a new folder name Lablb in your D:\Student_Matric_Number. Find the output X and show the simulation waveform. A B

Map this following expression into K-map , then use K-map to simplify expression(3 varia bles and standard SOP expression) Map this following expression into K-map , then use K-map to simplify expression Y(A,B,C) = E(m,,m,,m,,m, ,m, ,m, ,m,)

Design a counter that will output 0, 2, 1, 3 and repeat again.   P.S. I expect an answer like you had done at this similar question: https://www.bartleby.com/questions-and-answers/design-a-counter-that-will-output-1-2-3-5-8-13-and-repeat-again./6438422d-04f0-4a28-bca6-87a7f045d9d6

Part II. Explain how to convert a transfer function to modeling State space and how to convert state space modeling to a function transfer. Use an example to describe all the steps.

Circuit design: Find an open-collector output comparator IC and use it to implement a sensor circuit, Such that- The comparator turns on a LED if the input signal voltage is greater than 3.9.You can feed the input signal voltage using a potentiometer.LED should turn on if signal voltage >3.9V And turn off otherwise. N:S: If you can construct the circuit please give an short explanation

Hello. I am working through some practice and I wanted to get some help going through this problem. I am working through with just the formulas through the integration rather than acutal numbers and values.  Thank you for your time and effort.

SHOW, THE CIRCUIT DLAGRAMS BELOW CAL CULATE? (A. ). RT (B) It (c)Pr IT A. 150V C 132 Z02 D * 122 E to (2.) LL

Q2 Show that any signal can be decomposed into an even and an odd component. Is the decomposition unique? Illustrate your arguments using the signal x{n) = {2. 3, 4. 5. 6} 1 Add File

Find the simplified expression of the given functions below using K-map. Label eachsubcube/grouping. Subcube 1 corresponds to your first term, subcube 2 to the secondterm and so on.

1) It is desired to measure a voltage that has a range of -10V to 10V and needed a resolution of 0.2 mV/step or smaller which A to D converter would be the best option if your choices were between 14, 16, 18, 20 and 22 bits.Remember you want to a DAQ with the minimum number of bits to meet your needs to save money. 2) An ultrasonic ranging device sends at pulse out attime = 0 seconds and receives a return echo at time = 25 ms. What is the distance to the object? Assume the speed of light is 3∙108meters/second and the speed of sound is 340.29 meters/second. 3) If you used multiplexing to read 7 sensors with a data acquisition device that had a sampling frequency of 10 kS/s (kilo samples per second), what is the fastest update time (sampling period) you could achieve for each sensor (in μs)?

NUMERICAL INTEGRATION & NUMERICAL ANALYSIS ON ODE 1. Solve the following differential equation using 3rd and . .. a. dy/dx = yx – 1.5y, y(0) = 1, find y when x = 2

This code check whether a number is divisible by 5 and 11 or not. * 1-.. 2-.... 3-... 4-... O 1-lf ((n / 5 = 0) Or (n / 11 = 0)) Then 2-Print "divisible" 3-Else 4-Print "not divisible" 1-f ((n Mod 5 = 0) And (n Mod 11 = 0)) Then 2-Print "divisible" 3-Else 4-Print "not divisible" O 1-lf ((n / 5 = 0) Not (n / 11 = 0)) Then 2-Print "divisible" 3-Else 4-Print 'not divisible" O 1-lf ((n / 5 = 0) And (n / 11 = 0)) Then 2-Print "divisible" 3-Else 4-Print "not divisible" 1-If ((n Mod 5 = 0) And (n Mod 11 = 0)) Then 2-Print "divisible" 3-Elseif 4-Print "not divisible" 1-lf ((n Mod 5 = 0) And (n Mod 11 = 0)) Then 2-Print "not divisible" 3-Else 4-Print" divisible"

1%. I. Q5/ The following decimal numbers are shown in sign-magnitude form: +9,286 and +801.Convert them to signed-10's-complement form and perform the following operations(note that the sum is +10,627 and requires five digits and a sign).(a) (+9,286) + (+801) (b) (+9,286) + (-801) * A. (a) 100078 (b) 008584 B. (a) 010087 (b) 008485

Q1: Suggest an computer diagram. (Show your analysis) appropriate differential equation for the following analog d/m c/m

Q1: For the first order system shown in figure (1) (A) Draw the output response, when the input is unit ramp function. (B) Determine the error (r(t)-c(t)) after4.5 and 22second, when r(t) is unit ramp function. R(s) + 0.5 C(s) 1.5 s Figure (1)

What are the machine cycles and the total execution time needed by the 8085 µp to execute LHLD 2066H if F=2MHZ.

Input Output S BC D F Inputs: S1: (A) - S2: (B) - S3: (C) - S4: (D) Output: - F: L1 0000 0001 0010 0 011 1 00 01 11 10 A B00 0 100 0 101 0 1 10 0 111 1000 100 1 1010 1011 1100 1101 1110 1111 1 1 01 1 11 1 10 1 1

For the system shown: a. Get the equations b. Simplify and determine C/ R c. Draw the signal flow diagram for this system. H3 Z3 m1 C p E1 G1 G2 G3 G4 m n H2 Z1 22 H1

Write The MATLAB program required to generate each of the following signals:

Signals and systems (Can you do without matlab?)

7. :) Write the difference equation for the systems shown below. Kin) yen) Xin) -3 3 (a). Ans: h(w)=on ucn) Ans:h(W) == (3)" u(n)

For the continuous time signal x [n] shown below, draw each signal in the options and state the x and y values in the figure.(a) x [3 - n](b) x [3n + 1](c) x [n] u [3 - n](d) x [n-2] ? [n - 2](e) x [(n-1)2]

SOLVE COMEPLETELY INCLUDE FIGURE