Write a value returning function called HasPair. This function accepts three double parameters and checks whether ANY two of the three parameters are equal. If any two parameters are equal, the function returns true; otherwise the function returns false. 2. Write a value integer number the number is returns false. A prime number any reminder, i.e. divisible by itself and 1 only. returning function called isPrime. This function accepts as parameter and checks whether it is prime or not. If prime the function returns true. Otherwise, function is the number that can be divided by itself and 1 without
Write a value returning function called HasPair. This function accepts three double parameters and checks whether ANY two of the three parameters are equal. If any two parameters are equal, the function returns true; otherwise the function returns false. 2. Write a value integer number the number is returns false. A prime number any reminder, i.e. divisible by itself and 1 only. returning function called isPrime. This function accepts as parameter and checks whether it is prime or not. If prime the function returns true. Otherwise, function is the number that can be divided by itself and 1 without
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Write a value returning function called HasPair. This function accepts three double parameters and checks whether ANY two of the three parameters are equal. If any two parameters are equal, the function returns true; otherwise the function returns false.
2. Write a value
integer number
the number is
returns false.
A prime number
any reminder, i.e. divisible by itself and 1 only.
returning function called isPrime. This function accepts as parameter and checks whether it is prime or not. If prime the function returns true. Otherwise, function
is the number that can be divided by itself and 1 without
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