Module+5+HW copy

wx+/yz→ 00 01 11 10 Truth Table 00 0 1 1 0 |F(W, x, y, z) = wz + x'z + w'y + xy' F(W, X, y, z) = WZ + XZ + w'yz' + xy' F(W, X, y, z) = WZ + x'z + w'yz' + xy F(W, x, y, z) F(W₂ x, y, z) = wz + x'z + w'yz' + xy' = 01 1 1 1 For the K-map above where the wx input is down and the yz input is across, which one of these is a simplified expression? w'z + x'z + w'yz' + xy' 1 11 1 0 1 1 10 1 1 0 0

Construct truth tables for the following: 1. xyz+ x-(yz) + (Xyz) 2. (x+y)(x+ z)(~x + z)

Show # of errors 1 2 2 4 3 5 4 3 5 4 6 7 7 2 8 0 9 2 10 1 What is the upper control limit (UCL) and lower control limit (LCL) for z=2?

wx+/yz→ 00 01 11 10 Truth Table 00 0 1 1 0 F(w, x, y, z) = wz + x'z + w'y + xy' F(W, x, y, z) = w'z + x'z + w'yz' + xy' F(W, X, y, z) = wz + xz + w'yz' + xy' For the K-map above where the wx input is down and the yz input is across, which one of these is a simplified expression? F(W, x, y, z) = wz + x'z + w'yz' + xy' 01 1 1 1 1 F(W, X, y, z) = Wwz + x'z + w'yz' + xy 11 1 0 1 1 10 1 1 0 0

Implement the following truth table directly (without any minimization) using a PLA. Properly label the inputs and outputs.

Sample Output 1: Enter month: 1 Enter day: 20 Zodiac sign for January 20 is Aquarius Sample Output 2: Enter month: 2 Enter day: 19 Zodiac sign for February 19 is Pisces Sample Output 3: Enter month: 3 Enter day: 21 Zodiac sign for March 21 is Aries Sample Output 4: Enter month: 4 Enter day: 20 Zodiac sign for April 20 is Taurus Sample Output 5: Enter month: 5 Enter day: 21 Zodiac sign for May 21 is Gemini Sample Output 6: Enter month: 6 Enter day: 21 Zodiac sign for June 21 is Cancer Sample Output 7: Enter month: 7 Enter day: 23 Zodiac sign for July 23 is Leo Sample Output 8: Enter month: 8 Enter day: 23 Zodiac sign for August 23 is Virgo Sample Output 9: Enter month: 9 Enter day: 23 Zodiac sign for September 23 is Libra Sample Output 10: Enter month: 10 Enter day: 23 Zodiac sign for October 23 is Scorpio Sample Output 11: Enter month: 11…

Sample Output 1: Enter month: 1 Enter day: 20 Zodiac sign for January 20 is Aquarius Sample Output 2: Enter month: 2 Enter day: 19 Zodiac sign for February 19 is Pisces Sample Output 3: Enter month: 3 Enter day: 21 Zodiac sign for March 21 is Aries Sample Output 4: Enter month: 4 Enter day: 20 Zodiac sign for April 20 is Taurus Sample Output 5: Enter month: 5 Enter day: 21 Zodiac sign for May 21 is Gemini Sample Output 6: Enter month: 6 Enter day: 21 Zodiac sign for June 21 is Cancer Sample Output 7: Enter month: 7 Enter day: 23 Zodiac sign for July 23 is Leo Sample Output 8: Enter month: 8 Enter day: 23 Zodiac sign for August 23 is Virgo Sample Output 9: Enter month: 9 Enter day: 23 Zodiac sign for September 23 is Libra Sample Output 10: Enter month: 10 Enter day: 23 Zodiac sign for October 23 is Scorpio Sample Output 11: Enter month: 11…

A conclusion of counter that counts from 00 to 59

Using Matlab, create the following.

Write the truth table for this logic circuit

Write the answwr in problem -8+15 is either 7 or-7 in logical form then write the truth value

please edit the diagram and draw on it the correct output.

3. Write a matlab function to determine your grade using the following conditions.80-100 : A60–80 :  B40-60 :   C0-40 : Fail Sample input: gradeCalculator(30) Sample output: Fail  function gradeCalculator(temp)x = 40              switch x             case num2cell(80:100) fprintf("A");case num2cell(60:80) fprintf("B");case num2cell(41:60) fprintf("C");case num2cell(0:40) fprintf("Fail");otherwise                                             fprintf("Enter valid number");endend this is my code and  I call it by % todox=40gradeCalculator(x) but when I put grade other than 40 nothing pops up could you tell me where ei am making a mistake

please display circuit for  S2,S1,S0= 000 S2,S1,S0= 001 S2,S1,S0= 010 S2,S1,S0= 011 S2,S1,S0= 100 S2,S1,S0= 101 S2,S1,S0= 110 S2,S1,S0= 111

For the expression (0+1)*0(0+1), construct a NFA and DFA.

Matlab generator++. Full code and plotting neweful. Task(5): Run the following code and note down the output. Also use real, imag and abs functions to plot real part, imaginary part and magnitude.>> n = [0:5]; x = exp ((2+3j)*n) Task(7): Write a program in Matlab to generate 1.5 s of a 50 Hz Saw tooth Waveform withsample rate fs = 10000 and plot 0.2 s of the generated waveform Task(1): Write a MATLAB code to sum unit step and unit ramp function . subject  is signal and system please solve me all three.

01000101110010101010100101001016101010101111111 D000 0010111100101110010101010100101001 0101010101 Heme work: Write a VHDL code that implements the FSM described by the states diagram of figure below. rst inp=0 state 1 inp=1 state2 inp (outp-00) (outp=01) inp=1 inp=0 inp-0 inp=1 state4 state3 (outp=11) (outp=10) inp=1 inp=0 000101111010101 11000000101

The following code is executed in MATLAB with an unknown digital sinusod, xx fs = 4000; xx = unknown_sinusoid; soundsc (xx,fs) This results in a 1000 Hz tone that lasts for 12 seconds. If the first line were changed to fs = 12000 meaning the sampling frequency, fs, for the D-to-A conversion was chaged from 4000 Hz to 12,000 Hz, what would the output tone played by soundsc be and how long would the tone last?

The smallest change of the quantity being measured capable of causing a change in the reading of the instrument is the definition of tolerance term. O True O False

Produce the Circuit and Truth Tables for the expressions below:(A v B) Ꚛ~ (A^C)C Ꚛ ((A ~v C) v (B ^ A)) Number system  1101 x 111 =  1110 x 101 =  BF316 x 7 =  74 x 24 =  A6 x3C

Computer Science Submit a single Matlab code that simulates a digital highpass filter, which is equivalent to a RC highpass filter. - this is supposed to give figures which simulate the filter

For each of the tables in 18–21, construct (a) a Boolean expression having the given table as its truth table and (b) a circuit having the given table as its input/output table. PLEASE DO BOTH!

QUESTION 8 Implement the following truth table directly (without any minimization) using a PLA. Properly label the inputs and outputs. Inputs W X Outputs Y 0 0 1 1 0 1 0 1 1 1 1 0 1 10 1 1 0 0 1 1 1 10 0 0 0. 1 0. 3 4 0. PLA 0. 6. 1 8. 1 6. 1. 0. CIOI 0001010 BOOI 000100

hELPPPPP

By implementing the concepts of Classes and Objects, write a C++ program that converts the value of Delta-connected resistances to their equivalent Wye- connected resistances. Use the following formulas: R1 = R12(R31)/(R12+R23+R31) R2 = R12(R23)/(R12+R23+R31) and R3 = R31(R23)/(R12+R23+R31) The values of the 3 Delta-connected resistances, R12, R23 and R31 are to be entered from the keyboard. Accomplish the following for the given class diagram: Delta2Wye 1.) Create the class implementation using C++ R12 : double R23 : double 2.) Using the constructor, create the object, D1 from R31: double class Delta2Wye and store it in the Stack memory. + Delta2Wye( R12 : double, R23: 3.) Implement the functions of the object. Double, R31: double ) + setR( ): void + DR1(): double + DR2( ): double + DR3( ): double

Java Program to Calculate Standard Deviation

Using Cohen's conventions, an effect size of .50 is interpreted as: a) small b) medium c) large d) extremely large