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The product of 3a and 6a can be found by multiplying the coefficients (3 and 6) and then multiplying the variables (a and a). This results in 18a^2, where a^2 represents a squared. This is because when multiplying variables with the same base (in this case, a), you add the exponents. Therefore, 3a x 6a equals 18a^2.
3a + 4b - (-6a) - 3b? There is no equivalent because you did not make it an equality. However you could combine the numbers... 3a + 4b +6a -3b = 9a + 1b
2/3a / 4 = 2/3a / 4/1 = 2/3a x 1/4 = 2/12a = 1/6a
it is 6a
6a + 8 = 2(3a + 4)
I guess you mean: 2a^2+6a Well in this case you take 2a out of the bracket and then you're left with a+3 inside. 2a(a+3a)
6a2
2a2 x 3a-3 = (2 x 3)a(2 + -3) = 6a-1
3a + 5b - 6a - 9b = -3a - 4b
3a^2 + 3a^2 = 6a^2 3a^2 - 3a^2 = 0 3a^2 x 3a^2 = 9a^4 3a^2 divided by 3a^2 = 1
4y - 4 + 3s + 7 - 6a - 4 = 0 4y + 3s + 7 - 6a - 4 = 4 4y + 3s - 6a - 4 = 4 -7 4y + 3s -6a = 4 - 7 + 4 4y + 3s - 6a = -3 + 4 4y + 3s - 6a = 1 y + 3s - 6a = 1/4 y = -3s + 6a + 1/4 3s = -y + 6a + 1/4 s = -1/3y + 6a + 1/4 -6a = -1/3y + a + 1/4 -a = -1/3y x 1/6 + a + 1/4 x 1/6 a = 1/18y - 1 - 1/24 a = 1/18y - 25/24
3a + 4b - (-6a) - 3b? There is no equivalent because you did not make it an equality. However you could combine the numbers... 3a + 4b +6a -3b = 9a + 1b
2/3a / 4 = 2/3a / 4/1 = 2/3a x 1/4 = 2/12a = 1/6a
it is 6a
Add them together: 3a+4a-a = 6a
6a-3
2a+2b+3a+3b+a+b= 6a+6b 2a+3a+a=6a 2b+3b+b=6b
It is 6a + 4