1003032401 Level: BFactoring the polynomial 625x4−1 we get:(25x2+1)(5x−1)(5x+1)(5x−1)(5x+1)2(5x−1)4(25x2+1)(5x−1)2
1003032501 Level: BThe product (x+y)(x2+y2)(x3+y3) equals:x6+x5y+x4y2+2x3y3+x2y4+xy5+y6x6−x5y+x4y2−2x3y3+x2y4−xy5+y6(x+y)6x6+y6
1003032504 Level: BFactoring the polynomial −4x4+26x3−12x2 you get:−2x2(x−6)(2x−1)2x2(x+1)(2x−1)−2x2(x+6)(2x+1)2x2(x−6)(2x+1)
2010000814 Level: BAssuming x≠0, y≠0, y≠±1, simplify the expression: [(y−1y)2:(xy+1)2]:2(y2−1)xyy2−12xy2y2−12y−12
2010000901 Level: BAssuming xy≠1, simplify the expression: x+y1−xy−x1+x(x+y)1−xyyy(1+x2)1−x2y1+x2y(1+x2)
2010000902 Level: BAssuming x≠±y and x≠0, simplify the expression: (yy−x−2xy+x−y2y2−x2):(1x+y−yy2−x2)y−2x2x−y2x−yx0
2010000905 Level: BSuppose we are given the following equality of two fractions with nonzero denominators. From the given expressions, choose the one that by substituting to the starred position makes the equality true. 2−3xx+2=2(9x2−12x+4)∗(2x+4)(2−3x)(x+2)(2−3x)(x+2)(4−9x)(2x+4)(3x−2)
2010001304 Level: BFactor the following polynomial. 20xy+12y−5x−3(4y−1)(5x+3)4y(5x+3)(1−4y)(5x+3)−4y(5x+3)
2010001305 Level: BFactor the following polynomial expression. 36b2c2−9a2b2−36c2d2+9a2d29(b−d)(b+d)(2c+a)(2c−a)(b2+d2)(36c2+9a2)9(a−d)(a+d)(2b+c)(2b−c)(a2+d2)(36b2+9c2)