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Sherlock and GCD
Sherlock and GCD
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The problem here is essentially to identify, given certain constraints, whether there exists a subset of an array � Check here the following rules:
It must be a non-empty subset ( � ′ A ′ ). There doesn’t exist an integer � x which divides all elements of � ′ A ′ . There are no elements in � ′ A ′ that are equal to another. Let's derive a solution:
For rule 3, it's evident that all elements in the array � A must be unique for any subset � ′ A ′ to adhere to it. Rule 2 is the most complex condition to validate. However, if we observe, it's impossible for two co-prime numbers to have a common divisor (other than 1). Therefore, the existence of just two co-prime numbers in � A automatically validates condition 2 for any subset In the sample input provided:
Copy code 3 3 1 2 3 2 2 4 3 5 5 5 For test case 1: [1, 2, 3] contains co-prime numbers (1 and 2, or 1 and 3, or 2 and 3). So, it outputs "YES". For test case 2: [2, 4] does not contain any pair of co-prime numbers. So, it outputs "NO". For test case 3: [5, 5, 5] has duplicate elements. So, it outputs "NO". � ′ A ′ containing them.
This is something you should know but you first have to create chatgpt account and then login to Chatgpt.
two numbers can have gcd >1 but it is also possible tha two sets of numbers having gcd >1, when merged together produces gcd 1. so check for whole vector
def gcd(a,b): if(b==0):return a else:return gcd(b,a%b)
def solve(a): # Write your code here p=reduce(gcd,a) if(p==1):return "YES" else:return "NO"
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