201
201
2 x 3 x 67 = 402 2 x 201 = 402 3 x 134 = 402 6 x 67 = 402 To solve such a problem you use prime decomposition: This allows you to break any integer down into a multiple of prime numbers as in 2x3x67=402. Two, Three and 67 are all prime. From there to find all possible options, multiply the primes together: 2x3x67=402 --> 3x67=201 --> 2x201=402 2x3x67=402 --> 2x67=134 --> 3x134=402 2x3x67=402 --> 2x3=6 --> 6x67=402 This is under the assumption that this problem is restricted to integers. If real numbers are used, there are infinitely many solutions:
201
It is: 1/10 of 2010 = 201
201 is divisible by 3 and 67 so it is composite, not prime
There are no prime numbers between 201 and 300.
201 is a composite number
201 is divisible by 3.
201 3,67
201 is a composite number because it has factors other than 1 and itself. It is not a prime number.The 4 factors of 201 are 1, 3, 67, and 201.The factor pairs of 201 are 1 x 201 and 3 x 67.The proper factors of 201 are 1, 3, and 67, or,if the definition you are using excludes 1, they are 3 and 67.The prime factors of 201 are 3 and 67.The distinct prime factors of 201 are, since there is no repetition of prime factors, also 3 and 67.The prime factorization of 201 is 3 x 67.
201 is a composite number because it has factors other than 1 and itself. It is not a prime number.The 4 factors of 201 are 1, 3, 67, and 201.The factor pairs of 201 are 1 x 201 and 3 x 67.The proper factors of 201 are 1, 3, and 67, or,if the definition you are using excludes 1, they are 3 and 67.The prime factors of 201 are 3 and 67.The distinct prime factors of 201 are, since there is no repetition of prime factors, also 3 and 67.The prime factorization of 201 is 3 x 67. [:
3 x 67 = 201
201 3,67
201 = 3 x 67
There are sixteen prime numbers between 201 and 300.
There are sixteen prime numbers between 201 and 300.