Solution For Below Problem A car driver, driving at velocity v0, suddenly puts on the brake. What is braking distance d needed to stop the car? One can derive, using Newton’s second law of motion or a corresponding energy equation, that d=(1/2) * (v0^2/ug) Make a program for computing d above equation, when the initial car velocity v0 and the friction coefficient μ are given on the command line. Run the program for two cases: v0 = 120 and v0 = 50 km/h, both with μ = 0.3 (μ is dimensionless). (Note: convert the velocity in m/s) import sys values=sys.argv…
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Hello Guys, This python program will calculate the area of equilibrium triangle. It takes the value of three sides from command line and check the third side of triangle has value greater than the sum of other two side and then calculate area for that. If the value of sides are not well then it gives error message. import sys import math def areaTriangle (values): i=1 j=2 print("File Name : ",values[0]) #print(values[1],values[2],values[3]) s=(int(values[1])+int(values[2])+int(values[3]))/2 print(s) area=math.sqrt(s * (s-int(values[1])) * (s-int(values[2])) * (s-int(values[3]))) print("Area Of Triangle Of Three Side ",area) values=sys.argv if (len(values)<=1): print("Don't Have Any Argument") else: if ((values[1]+values[2])<values[3] or (values[2]+values[3])<values[1]…