Which of the following Register is typically used to store the status of the last ALU operation?

CPU “ALPHA” requires an average of 5 clock cycles to complete one instruction and runs at a 1 GHz clock.  The CPU “BETA” requires 20 clock cycles on average to complete one instruction and runs at a 2 GHz clock. Both CPUs have the same instruction set.  Which of the following statements are true when both CPU executes the same program.

The ALU of a Central Processing Unit is:

Embedded computers are:

Which of the following is NOT a CPU register?

Please submit the flowchart diagram that illustrates the algorithm of your program here.

1. Plot a line graph for acceleration against time for each model. Plot the lines for all three models in the same graph. Then submit your plotted graphs.

EcoMotion Autos is a car manufacturing company. They are conducting research regarding their 3 brand new car models that are going to be released next month. You have been requested to assist them by helping them to analyze the data taken during the test drive. 

You are provided with three input files model1.txt, model2.txt and model3.txt containing the speed measured at the end of each time interval. 

Example input files : 

model1.txt       

model2.txt        

model3.txt         

0      0
100    1
200    5
300    13
400    29
500    57
600    68
700    78
800    89
900    99
1000   111

0	0
100	1
200	7
300	12
400	31
500	63
600	74
700	89
800     98
900	107
1000	120

0	0
100	5
200	15
300	21
400	39
500	55
600	69
700	81
800     101
900	113
1000	122

• First column in each file is the time measured in milliseconds. 
• Second column is the speed measured in kilometers per hour. 

Note: The time values for every input file are the same. (0, 100, 200, 300, 400, 500, 600, 700, 800, 900, 1000)

In this lab, you need to develop a python program to calculate and output the maximum acceleration reached by each car model during the test drive using the provided skeleton code. Furthermore, you need to plot a graph of acceleration against time for each car model. Refer the Lab 7: Beams and Cars L7.E2 for instructions.

Please submit the flowchart diagram that illustrates the algorithm of your program here.

You are given a file containing data about multiple beams. Each line in the file represents data for one beam, formatted as follows:

                 Length YoungsModulus MomentOfInertia Load

• Length: The length of the beam in meters.
• YoungsModulus: The Young's modulus of the material in GPa (Gigapascals).

• MomentOfInertia: The moment of inertia of the beam's cross-section in m⁴ (meters to the fourth power).

• Load: The load applied to the center of the beam in kN (kilonewtons).

                 Example line:

                       5.0 210 0.0001 10

Note: The file name will be given as input.

Example Input File:

Develop a python program to read the file and calculate the following for each beam:

1. The maximum deflection at the center of the beam.
2. The maximum bending stress at the center of the beam.

Note: The following formulas can be used.

Maximum deflection (Dmax) : 

            Dmax = P L3 48 E I

             Dmax = \frac{PL^3}{48EI}

                 𝐼  - moment of inertia.

Maximum bending stress (Smax​)

     Smax = \frac{PL}{4I}

Please submit the flowchart diagram that illustrates the algorithm of your program here.

def ProcessList(L):
    if(len(L) <= 1):
       return L
    else:
       NL = ProcessList(L[1:])
       NL.append(L[0])
       return NL
print(ProcessList([1, 2, [31, [321], 33], 4, 5]))