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).
(3b - 4)(3b - 4)
2a+5a+9a = 16a
It is an equation in three unknown variables.
12a + 6b + 6c = 6(2a + b + c)
To determine if ( 4(4a - 8) ) is equivalent to ( 6a ) and ( 8a - 8 ), we can simplify both expressions. First, simplify ( 4(4a - 8) ): [ 4(4a - 8) = 16a - 32 ] Now let's compare ( 16a - 32 ) with ( 6a ) and ( 8a - 8 ). Clearly, ( 16a - 32 ) is not equivalent to ( 6a ) or ( 8a - 8 ). Thus, ( 4(4a - 8) ) is not equivalent to either expression.
It is: 19a+27b-9 simplified
It cannot be simplified any further so it is: 3a + 24b + 4c
3a2+16a+5 = (3a+1)(a+5) when factored
(48a3+32a2+16a)/4a = 12a2+8a+4
18a2 + 16a + 38 = 3(6a2 + 8a + 19)
(3b - 4)(3b - 4)
12(b + 1)(b + 1)
2a+5a+9a = 16a
672-24b = 648
8a times (2 + 1)
It is an equation in three unknown variables.
12a + 6b + 6c = 6(2a + b + c)