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# initializing the variables distance_in_km = 10 distance_in_miles = 10/1.61 time_taken = 43.5 # printing the required result print("Average speed in miles per hour is ", distance_in_miles/(43.5/60)) #Calculate the simple interest # Initializing the variables principle = float(input("Enter the principle value : ")) timee = float(input("Enter the time in years : ")) rate = float(input("Enter the rate : ")) # printing the result print("Simple interest on your money invested is ", (principle * timee * rate)/100) # Factorial def factorial(a): fact = 1 for i in range (1,a+1): fact*=i return fact # Fibonacci Series def fibbo(a): if(a<1): if(a==0): return 0 else: return 1 else: return fibbo(a-1)+fibbo(a-2) n = int(input("Enter the value of n : ")) print("Factorial of ",n," is : ",factorial(n)) print("Fibonacci of ",n," is : ",fibbo(n))
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