48bc
6b
The expression 16a + 24b can be simplified by factoring out the greatest common factor, which in this case is 8. This results in 8(2a + 3b). Therefore, 16a + 24b is equivalent to 8(2a + 3b).
672-24b = 648
The GCF is 6b.
18b and 24b are both divisible by 6 and they both have b so its 6b
It cannot be simplified any further so it is: 3a + 24b + 4c
24b
24B
7(a-2b)-6(a-4b) 7a - 14b - 6a - 24b 7a - 6a - 14b - 24b a - 38b
The expression "36a 24b" appears to be a combination of two terms. If it means "36a + 24b," it represents a polynomial consisting of the variable "a" multiplied by 36 and the variable "b" multiplied by 24. If it's meant as a product, "36a * 24b," then it simplifies to 864ab. Clarification on the operation between the terms would help provide a more precise answer.
b = -28
To determine the factors of the terms in the expression (20a + 15ab + 24b), we can factor each term. The factors of (20a) are (4 \times 5 \times a), the factors of (15ab) are (3 \times 5 \times a \times b), and the factors of (24b) are (3 \times 8 \times b). Common factors among the terms include (3) and (b). Thus, any statements indicating these common factors or the individual factors of each term would be true.