QUESTION IMAGE
Question
- $x^{2}-16$
- $y^{2}-9$
- $9x^{2}-25$
- $4a^{2}-49$
- $4x^{2}-25$
- $100y^{2}-81$
- $6x^{2}-6y^{2}$
- $8x^{2}-8y^{2}$
- $3x^{8}-3y^{8}$
- $5x^{4}-5y^{4}$
- $4xy^{4}-4xz^{4}$
- $9a^{4}-a^{2}b^{2}$
- $a^{2}+2ab+b^{2}-9$
- $x^{2}-2xy+y^{2}-25$
- $r^{2}-2r+1-4s^{2}$
- $(c^{2}+4cd+4d^{2})-9p^{2}$
- $2m^{2}+4mn+2n^{2}-50b^{2}$
- $12x^{2}+12x+3-3y^{2}$
- $9-(a^{2}+2ab+b^{2})$
- $16-(x^{2}-2xy+y^{2})$
- $ac+ad+bc+bd$
- $xy+xz+wy+wz$
- $b^{3}-b^{2}+2b-2$
- $y^{3}-y^{2}+3y-3$
- $y^{2}-8y-y+8$
- $t^{2}+6t-2t-12$
- $2y^{4}+6y^{2}+5y^{2}+15$
- $2xy-x^{2}y-6+3x$
All problems involve factoring polynomials, primarily using difference of squares, perfect square trinomials, and factoring by grouping. Below are the step-by-step solutions for each:
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Problem 36: $x^2 - 16$
Step1: Recognize difference of squares
$x^2 - 4^2$
Step2: Apply $a^2-b^2=(a-b)(a+b)$
$(x-4)(x+4)$
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Problem 37: $y^2 - 9$
Step1: Recognize difference of squares
$y^2 - 3^2$
Step2: Apply difference of squares rule
$(y-3)(y+3)$
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Problem 38: $9x^2 - 25$
Step1: Recognize difference of squares
$(3x)^2 - 5^2$
Step2: Apply difference of squares rule
$(3x-5)(3x+5)$
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Problem 39: $4a^2 - 49$
Step1: Recognize difference of squares
$(2a)^2 - 7^2$
Step2: Apply difference of squares rule
$(2a-7)(2a+7)$
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Problem 40: $4x^2 - 25$
Step1: Recognize difference of squares
$(2x)^2 - 5^2$
Step2: Apply difference of squares rule
$(2x-5)(2x+5)$
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Problem 41: $100y^2 - 81$
Step1: Recognize difference of squares
$(10y)^2 - 9^2$
Step2: Apply difference of squares rule
$(10y-9)(10y+9)$
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Problem 42: $6x^2 - 6y^2$
Step1: Factor out GCF 6
$6(x^2 - y^2)$
Step2: Factor difference of squares
$6(x-y)(x+y)$
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Problem 43: $8x^2 - 8y^2$
Step1: Factor out GCF 8
$8(x^2 - y^2)$
Step2: Factor difference of squares
$8(x-y)(x+y)$
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Problem 44: $3x^8 - 3y^8$
Step1: Factor out GCF 3
$3(x^8 - y^8)$
Step2: Factor difference of squares
$3[(x^4)^2 - (y^4)^2] = 3(x^4-y^4)(x^4+y^4)$
Step3: Factor $x^4-y^4$ again
$3[(x^2)^2-(y^2)^2](x^4+y^4) = 3(x^2-y^2)(x^2+y^2)(x^4+y^4)$
Step4: Factor $x^2-y^2$ again
$3(x-y)(x+y)(x^2+y^2)(x^4+y^4)$
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Problem 45: $5x^4 - 5y^4$
Step1: Factor out GCF 5
$5(x^4 - y^4)$
Step2: Factor difference of squares
$5[(x^2)^2-(y^2)^2] = 5(x^2-y^2)(x^2+y^2)$
Step3: Factor $x^2-y^2$ again
$5(x-y)(x+y)(x^2+y^2)$
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Problem 46: $4xy^4 - 4xz^4$
Step1: Factor out GCF $4x$
$4x(y^4 - z^4)$
Step2: Factor difference of squares
$4x[(y^2)^2-(z^2)^2] = 4x(y^2-z^2)(y^2+z^2)$
Step3: Factor $y^2-z^2$ again
$4x(y-z)(y+z)(y^2+z^2)$
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Problem 47: $9a^4 - a^2b^2$
Step1: Factor out GCF $a^2$
$a^2(9a^2 - b^2)$
Step2: Factor difference of squares
$a^2[(3a)^2 - b^2] = a^2(3a-b)(3a+b)$
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Problem 48: $a^2 + 2ab + b^2 - 9$
Step1: Factor perfect square trinomial
$(a+b)^2 - 3^2$
Step2: Factor difference of squares
$(a+b-3)(a+b+3)$
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Problem 49: $x^2 - 2xy + y^2 - 25$
Step1: Factor perfect square trinomial
$(x-y)^2 - 5^2$
Step2: Factor difference of squares
$(x-y-5)(x-y+5)$
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Problem 50: $r^2 - 2r + 1 - 4s^2$
Step1: Factor perfect square trinomial
$(r-1)^2 - (2s)^2$
Step2: Factor difference of squares
$(r-1-2s)(r-1+2s)$
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Problem 51: $(c^2 + 4cd + 4d^2) - 9p^2$
Step1: Factor perfect square trinomial
$(c+2d)^2 - (3p)^2$
Step2: Factor difference of squares
$(c+2d-3p)(c+2d+3p)$
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Problem 52: $2m^2 + 4mn + 2n^2 - 50b^2$
Step1: Factor out GCF 2
$2(m^2 + 2mn + n^2 - 25b^2)$
Step2: Factor perfect square trinomial
$2[(m+n)^2 - (5b)^2]$
Step3: Factor difference of squares
$2(m+n-5b)(m+n+5b)$
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Problem 53: $12x^2 + 12x + 3 - 3y^2$
Step1: Factor out GCF 3
$3(4x^2 + 4x + 1 - y^2)$
Step2: Factor perfect square trinomial
$3[(2x+1)^2 - y^2]$
Step3: Factor difference of squares
$3(2x+1-y)(2x+1+y)$
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Problem 54: $9 - (a^2 + 2ab + b^2)$
Step1: Factor perfect square trinomial
$3^2 - (a+b)^2$
Step2: Factor difference of squares
$(3-a-b)(3+a+b)$
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Problem 55: $16 - (x^2 - 2xy + y^2)$
Step1: Factor perfect square trinomial
$4^2 - (x-y)^2$
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