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mathematics
college algebra graphs and models

Questions and Answers of College Algebra Graphs And Models

Evaluate the expression. Approximate the answer to the nearest hundredth when appropriate. (1)-1/4 16
Use rules of exponents to simplify the expression. Use positive exponents to write your answer. 15r²t 3r-314
Evaluate the expression. Approximate the answer to the nearest hundredth when appropriate. (56/5)-1/2
Simplify. Leave numerators and denominators in factored form when appropriate. X 2r - 1 + 1-х 3x
Multiply the expressions. -4x(3x - 5)²
Simplify. Leave numerators and denominators in factored form when appropriate. x+3 5 x-5 x-3
Simplify. Leave numerators and denominators in factored form when appropriate. 2 +1 2-11
Simplify the expression and write it with rational exponents. Assume that all variables are positive. (y10-41/4
Simplify. Leave numerators and denominators in factored form when appropriate. - 9 5x x-3
Simplify. Leave numerators and denominators in factored form when appropriate. y² 2-y 4
Multiply the expressions. (2-3x)²
Simplify the expression and write it with rational exponents. Assume that all variables are positive. (x-4)1/2
Multiply the expressions. (2x + 1)²
Evaluate the expression. Approximate the answer to the nearest hundredth when appropriate. (21/2)3
Multiply the expressions. 3x(x + 1)(x - 1)
Simplify the expression and write it with rational exponents. Assume that all variables are positive. V16x4
Multiply the expressions. (x-7)²
Simplify. Leave numerators and denominators in factored form when appropriate. 2x x-5 2x - 1 3x²16x + 5
Simplify the expression and write it with rational exponents. Assume that all variables are positive. √x³y6
Multiply the expressions. (3x + 5)²
Use rules of exponents to simplify the expression. Use positive exponents to write your answer. 4(xy)² \-2 (2xy-2)³
Simplify the expression and write it with rational exponents. Assume that all variables are positive. (x²p8)¹/2
Simplify the expression and write it with rational exponents. Assume that all variables are positive. X บ
Simplify the expression and write it with rational exponents. Assume that all variables are positive. x
Multiply the expressions. (бу - x²)(6y + x2) (бу
Simplify. Leave numerators and denominators in factored form when appropriate. x + 3 3 + 2x110x²5x
Simplify the expression and write it with rational exponents. Assume that all variables are positive. V³. V
Factor the expression completely. 16x² - 25
Simplify. Leave numerators and denominators in factored form when appropriate. (x - 1)² 1 (x - 1)(x + 3)
Simplify the expression and write it with rational exponents. Assume that all variables are positive. 27
Simplify the expression and write it with rational exponents. Assume that all variables are positive. 81 1/4
Simplify. Leave numerators and denominators in factored form when appropriate. X - 50 t 2 x²-2x-8
Simplify. Leave numerators and denominators in factored form when appropriate. 3 2 r²-x-6 r² + 5x + 6
Factor the expression completely. 25x² - 30x + 9
Simplify the expression and write it with rational exponents. Assume that all variables are positive.
Simplify. Leave numerators and denominators in factored form when appropriate. 3 x² - 2x + 1 1 x²-3x + 2
Factor the expression completely. 9-1
Simplify the expression and write it with rational exponents. Assume that all variables are positive. x -1/2
Simplify the expression and write it with rational exponents. Assume that all variables are positive. √x 27x6
Simplify. Leave numerators and denominators in factored form when appropriate. x 1 x² - 4 x² + 4x + 4
Factor the expression completely. 1 + 8y
Simplify the expression and write it with rational exponents. Assume that all variables are positive. √y
Simplify. Leave numerators and denominators in factored form when appropriate. 3x x2 + 2х - 3 + 1 1² - 2x + 1
Factor the expression completely. x² + 16x + 64
Simplify the expression and write it with rational exponents. Assume that all variables are positive. √(3x)²2
Factor the expression completely. 5x² - 38x 16
Simplify. Leave numerators and denominators in factored form when appropriate. 4c 3b + ab ac 2a be
Simplify. Leave numerators and denominators in factored form when appropriate. 3r х-у Зу +² - 2xy +y²
Factor the expression completely. 12x²+x-6
Simplify the expression and write it with rational exponents. Assume that all variables are positive. 8/2(2/5-x)
Simplify the expression and write it with rational exponents. Assume that all variables are positive. e/t(2/1-2) D)
Simplify. Leave numerators and denominators in factored form when appropriate. x + 1 x-1 1 x + 1
Factor the expression completely. 125x³ - 1
Simplify. Leave numerators and denominators in factored form when appropriate. 6 - 1 + 1 2 2 1
Simplify. Leave numerators and denominators in factored form when appropriate. 5 6 n² - 36 3 n-6
Factor the expression completely. x4 + 8x
Simplify the expression and write it with rational exponents. Assume that all variables are positive. (a³b5)¹/3
Factor the expression completely. 2x³ 12x² + 18x -
Simplify the expression and write it with rational exponents. Assume that all variables are positive. (k¹/2)-3 (K²)¹/4
Simplify the expression and write it with rational exponents. Assume that all variables are positive. (64x³18)1/6
Simplify. Leave numerators and denominators in factored form when appropriate. 3 x-5 x-3 2.x x-5
Factor the expression completely. 5416x³
Factor the expression completely. 3x²-5x-8
Simplify the expression and write it with rational exponents. Assume that all variables are positive. (6³/4) (64/5)-5
Factor the expression completely. 64x³ + 8y³
Clear fractions and solve. Check your answers. 3x 2x - 1
Clear fractions and solve. Check your answers. X + =0 2x-5 x
Clear fractions and solve. Check your answers. 1 1-x²2 1 1 + x -=0
Clear fractions and solve. Check your answers. X + 3 X 0
Factor the expression completely. 7a3 + 20² - за
Simplify the expression and write it with rational exponents. Assume that all variables are positive. JA A
Clear fractions and solve. Check your answers. 9 2x 3 X = 0
Simplify the expression and write it with rational exponents. Assume that all variables are positive. Vb.b
Clear fractions and solve. Check your answers. 1 x-2 + 3 x+1 = 0
Factor the expression completely. 15x² - 11x + 2
Simplify the expression and write it with rational exponents. Assume that all variables are positive. EAEAEA
Simplify the expression and write it with rational exponents. Assume that all variables are positive. p¹/² (p²³/² + p¹/²) 3/2
Factor the expression completely. b³-b²-2b
Clear fractions and solve. Check your answers. 1 1 + 2x 2x² 1
Simplify the expression and write it with rational exponents. Assume that all variables are positive. Vb.vb. Vb
Factor the expression completely. 3x³ - 5x² + 3x - 5
Factor the expression completely. 2x3 - x² + 6x - 3 + 3
Simplify the expression and write it with rational exponents. Assume that all variables are positive. (1/1-P-1/1P)/EP
Clear fractions and solve. Check your answers. 1 - 16 + 4 x + 4 5 = 0
Factor the expression completely. 2x45x³ 25x²
Simplify the expression and write it with rational exponents. Assume that all variables are positive. (+)
Simplify the expression and write it with rational exponents. Assume that all variables are positive. (ΕΑ - ΕΛΙΣΑ
Factor the expression completely. 10x³ + 28x² - 6x
Clear fractions and solve. Check your answers. X x 2
Factor the expression completely. 2x² + 5x² + 3
Clear fractions and solve. Check your answers. 4 X 1 x-5 1 x-5
Clear fractions and solve. Check your answers. X 1 X
Factor the expression completely. 2x² + 2x² - 4
Clear fractions and solve. Check your answers. 1 x-3 1 + 1 x-3 -1
Factor the expression completely. x³ + 3x² + x + 3
Factor the expression completely. 5x³5x² + 10x - 10
Clear fractions and solve. Check your answers. x 3 2-x x² 1 X
Factor the expression completely. x³ + 5x² + 4x + 20
Factor the expression completely. 5x20x³ + 10x - 40
Factor the expression completely. ax + bx - ay by -

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