Chapter 6

(B): Design a Moore FSM to detect the sequence (00) using T-FFs. Q4/ (A): Design a Mealy FSM for odd parity generator using JK-FFs.

3) For the circuit shown in the following figure, Io - I3 are inputs to the 4:1 multiplexer. R (MSB) and S are control bits. The output Y can be represented by Answer: P 13 1₂ 4:1 MUX B Io S1 So RS Y O PQ+PR+ P Q S OPQ+ PS + QRS O PQ R+PQR+ Q R S + PQRS OPQR+ PQRS + Q R S+PQ RS

Part 4: The data-input and data-select waveforms in Figure 7 are applied to the multiplexer. Determine the output waveform F in relation to the inputs. DO D1 D2 D3 1. so s1 Figure_7

My Signals and Systems question is attached. I don't understand how to figure out parts b and c mostly, but help with a would also be appreciated.  The problem is from Alan V. Oppenheim by Alan S. Willsky. Thank you!

HW Matlab 1) Create a variable fiemp to store a temperature in degrees Fahrenheit (F). Write m-file to convert this to degrees Celsius and store the result in a variable ctemp. The conversion factor is C = (F —32) * 5/9. 2) Write m-file to generate a matrix of random integers of size 100 by 100 their values between 15 to 80. 3) Free fall of objects is given by y =5mgt? where a is the acceleration, v is the velocity, y is the distance, m is the mass of the object, g is the gravitational acceleration. Plot the distance and velocity of the object for 15 seconds after its fall from rest (y = 0). Take m = 0.2 kg.

Given A = 40 and B = 60 in base 10. %3D %3D convert A and B to binary using 7 digits find – B in binary using 2's complement Find S = A+ (-B)in binary, Convert the result using 2' scomplement method to find the S in decimal representation. (you should get – 20).

Signals and systems

2)Convert 11011010100100012 to hexadecimal. A)895B B)CA11 C)53AC1 D)DA91

Find the absolute and relative error of the following. a)The approximate value of e is used as 2.718. Calculate the absolute error and the relative error margin accordingly. b) P=3.1415927 and this value is given as an approximate result of p=3.1416. Calculate the absolute error and relative error margin accordingly.