TEKS.MATH.9-12.II.C.1

What are the x- intercepts?

• x= 0 and x= -4
• x= 0 and x= 4
• y= 0
• x= 2

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TEKS.MATH.9-12.II.C.1

S = 3F - 24  Solve for F

• F = (S + 24)/3
• F = S/3 + 24
• F = 3S + 24
• F = 3(S + 24)

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TEKS.MATH.9-12.II.C.1

Solve the equation for d. 
d / t = r

• d = r / t
• d = t / r
• d = rt
• d = r - t

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TEKS.MATH.9-12.II.C.1

If 3r + 6 = -3, then 5r + 4 = 

• -11
• -9
• -19
• None of these

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TEKS.MATH.9-12.II.C.1

Give the x-intercept
3x + 8y = 24

• (8, 0)
• (0, 8)
• (3, 0)
• (0, 3)

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TEKS.MATH.9-12.II.C.1

Write the recursive rule for this situation.

• f(n) = f(n − 1) + 58, n ≥ 2
• f(n) = 58 + 7(n − 1)
• f(n) = 58 − 7(n − 1)
• f(n) = f(n − 1) + 7, n ≥ 2

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TEKS.MATH.9-12.II.C.1

Write x ≥ -2 in words.

• x is greater than -2
• x is greater than or equal to -2
• x is less than -2
• x is less than or equal to -2

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TEKS.MATH.9-12.II.C.1

Select polynomial whose zeros and degree are given.
Zeros: – 5(multiplicity of 3), 9(multiplicity of 2), – 2, 4.

• (x + 5)³(x - 9)²(x + 2)(x - 4)
• (x + 5)³(x - 9)²(x + 2)⁷(x - 4)⁷
• (x + 5)³(x - 9)²(x + 2)
• (x + 5)(x - 9)(x + 2)(x - 4)

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TEKS.MATH.9-12.II.C.1

Solve by taking the square root:

(x + 1) ² = 25

• ± 5

• 4 or -6

• -4 or 6

• ± 4

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TEKS.MATH.9-12.II.C.1

Using the equation $1=8\left(-3\right)+b_{\ }$    what is the y intercept?

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TEKS.MATH.9-12.II.C.1