Given a positive integer n, return ALL strings of length 2*n with well formed round brackets.
Input: 3
Output:
[
"((()))",
"(()())",
"(())()",
"()(())",
"()()()"
]
Any array containing these five strings in any order is a correct output.
Input Parameters: Function has one argument, integer n.
Output Format: Return array of strings containing all possible well formed round brackets string of length 2*n. Order of strings in the returned array is insignificant, e.g. for n=2 both ["(())", "()()"] and ["()()", "(())"] will be accepted.
• 1
• Only use round brackets. '(' and ')'.
There are many possible solutions for this problem. Have a look at the solution provided by us.
O(2n * catalan number(n)).
O(2n * catalan number(n)).
O(2n * catalan number(n)).
Given a positive integer n, return ALL strings of length 2*n with well formed round brackets.
Input: 3
Output:
[
"((()))",
"(()())",
"(())()",
"()(())",
"()()()"
]
Any array containing these five strings in any order is a correct output.
Input Parameters: Function has one argument, integer n.
Output Format: Return array of strings containing all possible well formed round brackets string of length 2*n. Order of strings in the returned array is insignificant, e.g. for n=2 both ["(())", "()()"] and ["()()", "(())"] will be accepted.
• 1
• Only use round brackets. '(' and ')'.
There are many possible solutions for this problem. Have a look at the solution provided by us.
O(2n * catalan number(n)).
O(2n * catalan number(n)).
O(2n * catalan number(n)).
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