EOC Practice #11 SPI 3102.3.2.

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Presentation transcript:

EOC Practice #11 SPI 3102.3.2

EOC Practice #11 Operate with polynomials and simplify results.

The length and width of a rectangular garden are represented in the figure shown. Which equation represents the area (A) of the garden in terms of x?

A. A = 3x + 3 C. A = 2x + 5 B. A = 2x2 + 6x D. A = 8x

Which equation represents the area 2. The length and width of a rectangular pool are represented in the figure shown. Which equation represents the area (A) of the pool in terms of x?

A. 4x + x + 1 C. 5x + 1 B. 3x2 + x D. 3x – 1

3. The length and width of a rectangular garden are represented in the figure shown. Which equation represents the perimeter (P) of the garden in terms of x?

A. P = 6x2 + 2 C. P = 6x + 2 B. P = 4x D. P = 6x2

4. The length and width of a rectangular garden are represented in the figure shown. Which expression represents the perimeter (P) of the garden in terms of x?

6x2 – 4x C. 6x2 B. 6x2 + 4x – 24 D. x2 + 2x – 12

Simplify: (2x2 – 6x + 3) + (2x – 7) A. 2x2 – 9x B. 2x2 – 4x – 4 C. 2x2 + 4x + 10 D. 2x2 – 9x + 4

Simplify: 4x3y5(8x2y + 4xy2 – 10x7y5 A. 32x6y5 + 16x3y10 – 40x21y25 B. 32xy + 16xy – 40xy C. 32x5y6 + 16x4y7 – 40x10y10 D. 30xy – 16xy + 10xy

Simplify: (x + y)(x + y) A. x2 + 2xy + y2 B. x2 + y2 C. 2x2 + 2xy + 2y2 D. x2 – y2

Which is an equivalent form for all values of x, y, and z for which the expression is defined? 3x6y2z10 18x2y4z3 C. B. D.

Which values of x make the equation true? x2 + 8x + 7 = 0 A. 6 and 1 B. 8 and 1 C. –7 and –1 D. 7 and 1

Simplify: (11m3 + 5m2 – m) + (m2 + 9m – 7) A. 11m3 + 6m2 + 10m + 7 B. 11m3 + 6m2 + 8m – 7 C. 11m3 + 5m2 + 10m – 7 D. 11m3 + 5m2 + 8m + 7

What is the sum of k3 + 9k2 + 3 and 7k2 – 5? A. 8k3 + 16k2 – 2 B. 8k3 + 9k2 + 2 C. k3 + 16k2 – 2 D. k3 + 9k2 + 2

Simplify: (3x + 2y)(5x + 4y) A. 15x2 + 8y2 B. 15x2 + 10xy + 8y2 C. 8x2 + 22xy + 6y2 D. 15x2 + 22xy + 8y2

The Answers

The length and width of a rectangular garden are represented in the figure shown. Which equation represents the area (A) of the garden in terms of x?

A. A = 3x + 3 C. A = 2x + 5 B. A = 2x2 + 6x D. A = 8x

Which equation represents the area 2. The length and width of a rectangular pool are represented in the figure shown. Which equation represents the area (A) of the pool in terms of x?

A. 4x + x + 1 C. 5x + 1 B. 3x2 + x D. 3x – 1

3. The length and width of a rectangular garden are represented in the figure shown. Which equation represents the perimeter (P) of the garden in terms of x?

A. P = 6x2 + 2 C. 6x + 2 B. 4x D. 6x2

4. The length and width of a rectangular garden are represented in the figure shown. Which equation represents the perimeter (P) of the garden in terms of x?

6x2 – 4x C. 6x2 B. 6x2 + 4x – 24 D. x2 + 2x – 12

Simplify: (2x2 – 6x + 3) + (2x – 7) A. 2x2 – 9x B. 2x2 – 4x – 4 C. 2x2 + 4x + 10 D. 2x2 – 9x + 4

Simplify: 4x3y5(8x2y + 4xy2 – 10x7y5 A. 32x6y5 + 16x3y10 – 40x21y25 B. 32xy + 16xy – 40xy C. 32x5y6 + 16x4y7 – 40x10y10 D. 30xy – 16xy + 10xy

Simplify: (x + y)(x + y) A. x2 + 2xy + y2 B. x2 + y2 C. 2x2 + 2xy + 2y2 D. x2 – y2

Which is an equivalent form for all values of x, y, and z for which the expression is defined? 3x6y2z10 18x2y4z3 C. B. D.

Which values of x make the equation true? x2 + 8x + 7 = 0 A. 6 and 1 B. 8 and 1 C. –7 and –1 D. 7 and 1

Simplify: (11m3 + 5m2 – m) + (m2 + 9m – 7) A. 11m3 + 6m2 + 10m + 7 B. 11m3 + 6m2 + 8m – 7 C. 11m3 + 5m2 + 10m – 7 D. 11m3 + 5m2 + 8m + 7

What is the sum of k3 + 9k2 + 3 and 7k2 – 5? A. 8k3 + 16k2 – 2 B. 8k3 + 9k2 + 2 C. k3 + 16k2 – 2 D. k3 + 9k2 + 2

Simplify: (3x + 2y)(5x + 4y) A. 15x2 + 8y2 B. 15x2 + 10xy + 8y2 C. 8x2 + 22xy + 6y2 D. 15x2 + 22xy + 8y2