The least common multiple (LCM) of 6a and 8a is the smallest number that is divisible by both 6a and 8a. To find the LCM, we need to first find the prime factors of each number. The prime factors of 6a are 2 x 3 x a, and the prime factors of 8a are 2 x 2 x 2 x a. The LCM is the product of all the unique prime factors with the highest power, so the LCM of 6a and 8a is 2 x 2 x 2 x 3 x a, which simplifies to 24a.
6b^2 - 3b / 3b 6b^2 - 1 or ( 6b^2 - 3b) / 3b = 2b - 1 Or (6b^2 - 3b ) / 3b = 3b(2b - ) / 3b = 2b - 1
-2b + 7 -3b = 2 -2b +7 -3b +2b = 2 + 2b 7 -3b + 3b = 2 + 2b +3b 7-2 = 2-2 + 2b + 3b 5 = 5b 1 = b
If you mean: 5a2+24a-5 then it is (5a-1)(a+5) when factored
Oh, dude, that's just a simple polynomial expression. The answer to 23a^2 minus 24a is like 23a^2 minus 24a. I mean, you could try to simplify it further, but like, why bother? It's already as simplified as it gets.
(3a - 4)(3a - 4)
3b + 6 = 12 3b = 6 b = 2
3b + 2a = 2 and -2 + a = 8 -2 + a = 8 can be rearranged to show a = 8 + 2 = 10 (Effectively 2 has been added to both sides.) As a = 10, the value for a can now be substituted in the equation 3b + 2a = 2 3b + 2x10 = 2 : 3b + 20 = 2 this can be rearranged to show 3b = 2 - 20 = -18 and dividing both sides by 3 gives b = -6.
3b -2 =7 b+4
(3b + 7x)(3b + 7x) or (3b + 7x)2
If you mean: (3b+7)^2 then it is 9b^2+42b+49
24a = 2 ton