The prime factors of 51 are 3 and 17.
No two prime numbers satisfy that request.
The two numbers that multiply to make 51 are 3 and 17, since (3 \times 17 = 51). Alternatively, you could also use the numbers -3 and -17, as multiplying two negative numbers also results in a positive product.
3 times 17
17 and 3 are two prime numbers whose sum is 20. Their product is 51.
The two numbers are prime so their LCM is their product, which is 51.
No two prime numbers satisfy that request.
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.
The two numbers that multiply to make 51 are 3 and 17, since (3 \times 17 = 51). Alternatively, you could also use the numbers -3 and -17, as multiplying two negative numbers also results in a positive product.
3 and 17
3 times 17
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 x 17
3 and 17
17 and 3 are two prime numbers whose sum is 20. Their product is 51.
The two numbers are prime so their LCM is their product, which is 51.
Either 3*51 or 9*17.