Given the function primesInRange() implemented above, catch the return with a list variable and choose a random prime number within the list using random.choice(). Under the Python random module, it has a function named choice() that chooses a random element from a given iterable or sequence. The next step is to generate a random number from the given range of prime numbers returned by the function primesInRange(). The output will print all the prime numbers from the given range 100 until 250. For this function, loop all the numbers within the range and check if the only divisible numbers are 1 and itself. The first thing to do is create a function to gather all the prime numbers within the given range into a list. Given that, a range of numbers would need to be included as parameters to gather prime numbers within a set range. It is technically impossible to generate a random prime number ranging from 0 to infinity since this will take a lot of processing power to keep it up until huge numbers. Prime numbers are only divisible by 1 and themselves. Prime numbers only have 2 factors (factors are numbers that can divide another number and result to a whole number). Create a Function to Generate a Random Prime Number With a Given Range The use of prime numbers is vital to encryption and hashing as they can be used to encrypt and hash sensitive data and prevent them from being haphazardly decrypted.
Prime numbers are very useful constants used in programming, especially in cryptography. This tutorial demonstrates ways to generate and output any random prime number in Python.
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