def has_three_sum(A, t): # TODO - you fill in here. A.sort() for i, num in enumerate(A): if two_sum.has_two_sum(A, t-num): return True return False
def has_three_sum(A, t): A.sort() # Finds if the sum of two numbers in A equals to t - a. return any(has_two_sum(A, t - a) for a in A)
def has_three_sum(A, t): A.sort() # Finds if the sum of two numbers in A equals to t - a. return any(has_two_sum(A, t - a) for a in A)
def has_three_sum(A, t): A.sort() return any(has_two_sum(A, t - a) for a in A)
def has_three_sum(A: List[int], t: int) -> bool: A.sort() # Finds if the sum of two numbers in A equals to t - a. return any(has_two_sum(A, t - a) for a in A)
def has_three_sum(A, t): for a in A: result = has_two_sum(A, t - a) if result == True: return True return False