#op calc v2 current wipimport mathdef gcd(a,b):return(a/math.gcd(a,b),b/math.gcd(a,b),math.gcd(a,b))import randomprint("1.add")print("2.subtract")print("3.multiply")print("4.divide")print("5.square root")print("6.factorialize")print("7.logarithm")print("8.greatst common factor")print("9.multipul roots")ch = input("which do you need ")if ch in ['1','2','3','4']:num1 = float(input("number 1 "))num2 = float(input("number 2 "))if ch == '1':print(num1+num2)elif ch == '2':print(num1-num2)elif ch == '3':print(num1*num2)elif ch == '4':print(num1/num2)elif ch == '5':sqq = float(input("what do you need to get the root of "))print(math.sqrt(sqq))elif ch == '6':fcq = int(input("what do you need to factor "))print(math.factorial(fcq))elif ch == '7':lgb = float(input("whats the base "))lgn = float(input("whats the number "))print(math.log(lgn, lgb))elif ch == '8':gcf1 = int(input("whats the first factor "))gcf2 = int(input("what the second factor "))print(gcd(gcf1,gcf2))elif ch == '9':r = int(input("how any do you need "))mr = []for _ in range(r):ip = int(input("what number "))mr.append(math.sqrt(ip))print(mr)
