111        f.write('(' + str(number1) + ')' + '!' + ' '+ '=' + str(answer)+ '\n')
112elif operator1 == 'sin':
113    answer = cmath.sin(number1) 
114    answerln =  answer * (180/pi) #converts radians to degrees115    print(answerln) #prints answer in degrees
116    with open('Log.txt', 'a') as f:
117        f.write(str(operator1) + '(' + str(number1) + ')' '=' + str(answerln)+ '\n')

117        f.write(str(operator1) + '(' + str(number1) + ')' '=' + str(answerln)+ '\n')
118elif operator1 == 'cos':
119    answer = cmath.cos(number1)
120    answerln =  answer * (180/pi) #converts radians to degrees121    print(answerln)
122    with open('Log.txt', 'a') as f:
123        f.write(str(operator1) + '(' + str(number1) + ')' '=' + str(answerln)+ '\n')

123        f.write(str(operator1) + '(' + str(number1) + ')' '=' + str(answerln)+ '\n')
124elif operator1 == 'tan':
125    answer = cmath.tan(number1)
126    answerln =  answer * (180/pi) #converts radians to degrees127    print(answerln)
128    with open('Log.txt', 'a') as f:
129        f.write(str(operator1) + '(' + str(number1) + ')' '=' + str(answerln)+ '\n')

130elif operator1 == 'sin^-1':
131    number1degrees = number1 * (180/pi) #converts radians to degrees
132    answer= cmath.asin(number1degrees)
133    answerln =  answer134    print(answerln)
135    with open('Log.txt', 'a') as f:
136        f.write(str(operator1) + '(' + str(number1) + ')' '=' + str(answerln)+ '\n')

137elif operator1 == 'cos^-1':
138    number1degrees = number1 * (180/pi)
139    answer = cmath.acos(number1degrees)
140    answerln =  answer141    print(answerln)
142    with open('Log.txt', 'a') as f:
143        f.write(str(operator1) + '(' + str(number1) + ')' '=' + str(answerln)+  '\n')