No two prime numbers satisfy that request.
3 times 17
The two numbers are prime so their LCM is their product, which is 51.
17 and 3 are two prime numbers whose sum is 20. Their product is 51.
31 is prime, but 51 is not as 51=3*17.
No two prime numbers satisfy that request.
To find two numbers that multiply to 204, we need to factorize 204. The prime factorization of 204 is 2 x 2 x 3 x 17. From this, we can see that the two numbers that multiply to 204 are 12 and 17.
It is 0. Two of the first 51 prime numbers are 2 and 5, whose product is 10. When you multiply 10 by any other whole numbers, the final digit (in the ones place value) will be 0.
17 x 3= 51
3 and 17
3 times 17
51 is composite. Becasuse 17 x 3 = 51 It is two prime numbers multiplied together to make a composite.
No. If you multiply any numbers, those numbers are factors of whatever product you get. Therefore, this product is a composite number; it has atleast the two factors you multiplyed before. Compposite numbers are never prime. If the two factors above were prime, you would still end up with a composite number. For example: 3 times 5 equals 15. The factors of 15 are 1, 3, 5, and 15. 15 is composite. 7 time 51 equals 357. The factors of 357 are 1, 7, 51, and 357. 357 is composite.
51
3 and 17
3 x 17
The two numbers are prime so their LCM is their product, which is 51.