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What is the factor of b2 plus 12b plus 32?
(b + 8)(b + 4)
What is the factor of b squared plus 12b plus 32?
(b + 8)(b + 4)
What is -7 over 8 plus 3 over 8?
It is -1/2 in its lowest terms
How many terms are in this sum 5x - 6a plus 8?
3
What are the x coordinates when the parabolas of y equals 4x squared -12x -3 and y equals x squared plus 11x plus 5 intersect each other?
If: y = 4x^2 -12x -3 and y = x^2 +11x +5 Then: 4x^2 -12x -3 = x^2 +11x +5 Transposing terms: 3x^2 -23x -8 = 0 Factorizing: (3x+1)(x-8) = 0 => x = -1/3 or x = 8 Therefore the x coordinates are: -1/3 and 8
Combine like terms 15b plus 13c-12b plus 10c plus 8?
15b + 13c - 12b + 10c + 8 = 3b + 23c + 8
What are the factors of bsquared plus 12b plus 32?
(b+8)(b+4)
What is the factor of b2 plus 12b plus 32?
(b + 8)(b + 4)
What is the factor of b squared plus 12b plus 32?
(b + 8)(b + 4)
How do you Factor b12 plus 8?
Do you mean...? 12b + 8 4(3b + 2) ============( if you meant b12, then there is no factoring possible )
How do you reduce to the lowst terms 7 over 8 plus 5 over 8?
It is: 7/8 plus 5/8 = 12/8 or 3/2 in its lowest terms
How many terms are there in the expression 3x plus 8 - 2x - 6x?
In an algebraic expression, terms are the elements separated by the plus or minus signs. On simplifying further we get: 8 - 5x and it has two terms: 8 & -5x. But, without simplifying we have four terms which are 3x, 8, -2x & -6x.
Where are the points of contact when the equations of y equals 8 over x and y equals 7 plus x meet with each other?
If: y = 8/x and y = 7+x Then: 8/x = 7+x Multiply all terms by x: 8 = 7x+x^2 or x^2 +7x -8 = 0 Factorizing the above: (x-1)(x+8) = 0 => x =1 or x = -8 Through substitution contacts are made at: (-8, -1) and (1, 8)
How many terms are in 12(c plus 8)?
There are two.
What is -7 over 8 plus 3 over 8?
It is -1/2 in its lowest terms
How many terms are in this sum 5x - 6a plus 8?
3
What is 4x plus 8 plus 5x - 3?
collect like terms and you get 4x + 5x + 8 - 3 ie 9x +5
