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As a product of its prime factors: 2*2*2*2*3 = 48
The two numbers that multiply to -48 and add up to 13 are 16 and -3. When you multiply them, (16 \times -3 = -48), and when you add them, (16 + (-3) = 13).
How about: 2 times 24 = 48
The two numbers that multiply to 48 and add to negative 16 are -12 and -4. This is because -12 × -4 = 48 and -12 + (-4) = -16.
Two numbers that multiply to -48 could be 6 and -8. When you multiply 6 by -8, the result is -48. There are other pairs as well, such as -6 and 8, or 12 and -4.
The prime factorization of 48 is found by breaking it down into its prime components: ( 48 = 2^4 \times 3^1 ). Therefore, the prime numbers that multiply to give 48 are 2 and 3. There is no single "prime number of 48," but these two primes are its factors.
As a product of its prime factors: 2*2*2*2*3 = 48
How about: 8 times -6 = -48
The two numbers that multiply to -48 and add up to 13 are 16 and -3. When you multiply them, (16 \times -3 = -48), and when you add them, (16 + (-3) = 13).
To find the HCF of two numbers you first need to break them down into their prime factors. In this case we get: 36 = 2x2x3x3 48 = 2x2x2x2x3 The next step is to identify any common prime factors. In this case, both numbers have two 2s and a 3 as prime factors. Multiply these together and you get 12. Therefore, the HCF of 36 and 48 is 12.
How about: 2 times 24 = 48
The two numbers that multiply to 48 and add to negative 16 are -12 and -4. This is because -12 × -4 = 48 and -12 + (-4) = -16.
Two numbers that multiply to -48 could be 6 and -8. When you multiply 6 by -8, the result is -48. There are other pairs as well, such as -6 and 8, or 12 and -4.
They are: 29+19 = 48
The two numbers that add to get negative 36 and multiply to get negative 144 are -48 and 12. When you add them, -48 + 12 equals -36, and when you multiply them, -48 × 12 equals -144.
No two prime numbers can do that. 2 x 2 x 2 x 2 x 3 = 48
There are 48 prime numbers.There are 48 prime numbers.There are 48 prime numbers.There are 48 prime numbers.