A programmer created this code for a client: def divide (numerator, denominator): quotient = numerator / denominator return quotient def main(): numerator = int(input("Enter the numerator: ")) denominator = int(input("Enter the denominator: ")) quotient = divide (numerator, denominator) print("The quotient is ", quotient) if __name__ == "___main__": main() The programmer tested this code with the following three sets of data: 1. numerator = 9, denominator = 3 2. numerator = -50, denominator = 5 3. numerator = 389, denominator = -26 The results were: 1. The quotient is 3.0 2. The quotient is -10.0 3. The quotient is -14.961538461538462 However, once the program was in use, the client reported that sometimes the program crashed. Can you explain why?

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2. numerator = -50, denominator = 5
3. numerator = 389, denominator = -26
The results were:
1. The quotient is 3.0
2. The quotient is -10.0
3. The quotient is -14.961538461538462
However, once the program was in use, the client reported that sometimes the
program crashed. Can you explain why?
a. Programmer didn't round results to a specific number of decimal
places.
O b. Programmer didn't account for a numerator that was larger than the
denominator.
O c. Programmer didn't test for a 0 value in the denominator.
Od. All three of the above would cause a crash.
Transcribed Image Text:2. numerator = -50, denominator = 5 3. numerator = 389, denominator = -26 The results were: 1. The quotient is 3.0 2. The quotient is -10.0 3. The quotient is -14.961538461538462 However, once the program was in use, the client reported that sometimes the program crashed. Can you explain why? a. Programmer didn't round results to a specific number of decimal places. O b. Programmer didn't account for a numerator that was larger than the denominator. O c. Programmer didn't test for a 0 value in the denominator. Od. All three of the above would cause a crash.
A programmer created this code for a client:
def divide (numerator, denominator):
quotient = numerator / denominator
return quotient
def main():
numerator = int(input("Enter the numerator: "))
denominator = int(input("Enter the denominator: "))
quotient = divide (numerator, denominator)
print("The quotient is ", quotient)
if __name__ == "____main__":
main()
The programmer tested this code with the following three sets of data: 4
1. numerator = 9, denominator = 3
2. numerator = -50, denominator = 5
3. numerator = 389, denominator = -26
The results were:
1. The quotient is 3.0
2. The quotient is -10.0
3. The quotient is -14.961538461538462
However, once the program was in use, the client reported that sometimes the
program crashed. Can you explain why?
Transcribed Image Text:A programmer created this code for a client: def divide (numerator, denominator): quotient = numerator / denominator return quotient def main(): numerator = int(input("Enter the numerator: ")) denominator = int(input("Enter the denominator: ")) quotient = divide (numerator, denominator) print("The quotient is ", quotient) if __name__ == "____main__": main() The programmer tested this code with the following three sets of data: 4 1. numerator = 9, denominator = 3 2. numerator = -50, denominator = 5 3. numerator = 389, denominator = -26 The results were: 1. The quotient is 3.0 2. The quotient is -10.0 3. The quotient is -14.961538461538462 However, once the program was in use, the client reported that sometimes the program crashed. Can you explain why?
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