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1) Define a sequence.
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2) Define an arithmetic sequence.
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3) Find the next three terms in the following arithmetic sequence:
2, 13, 24, 35, …
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4) Find the next three terms in the following arithmetic sequence:
31, 24, 17, 10, …
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5) Find the first five terms of the sequence for which:
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6) Given the following sequence, find a1 and d. 34, 40, 46, 52, 58, 64…
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7) Write the explicit formula for the following sequence: 88, 81, 74, 67, 60…
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8) Use the following table to write an explicit formula for the sequence.
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9) Write the formula for the following sequence in function notation.
23, 24, 25, 26, 27…
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10) Given the explicit formula of an = 9 + (n – 1) × 3, find the 50th term of the sequence.
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11) When graphed, an explicit formula for an arithmetic sequence looks like:
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12) Fill in the following table using the formula f (n) = –4 + (n – 1) × 2.
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13) Given the explicit formula an = 6 + (n – 1) × –3, state a1 and d.
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18) The soccer team is doing a fundraiser to earn money for uniforms. They need to earn $805 to have enough to buy uniforms for the entire team. They are selling mugs for $6 and seat cushions for $8. Write an inequality that shows how much they must sell to raise enough money. Define your variables.
Click here to review the unit content explanation for Inequalities in Context.
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19) Solve for x. x2 + 4x + 8 = 0
Click here to review the unit content explanation for Quadratics with Complex Roots.
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20) Simplify.
Click here to review the unit content explanation for Quotients of Monomials.
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21) Simplify.
Click here to review the unit content explanation for Rational Expressions and Functions.
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22) Multiply.
Click here to review the unit content explanation for Rational Expressions.
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23) Find the inverse of the function f (x) = x + 23.
Click here to review the unit content explanation for Functions and Inverses of Functions.
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24) Jack charges a flat fee of $55 to make a house call and check plumbing. He then charges an hourly rate of $40 per hour based on how long he is there. Write a function that describes how much Jack will charge for his service.
Click here to review the unit content explanation for Functions and Relations.
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26) Factor the quadratic expression completely.
Click here to review the unit content explanation for Factoring.
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27) How many real solutions does a quadratic equation have if its discriminant has a value that is (a) positive, (b) negative, and (c) zero?
Click here to review the unit content explanation for Quadratics with Complex Roots.
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28) Solve for “x.”
Click here to review the unit content explanation for Factoring.
Click here to review the unit content explanation for More on Quadratics.
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29) Describe how the graph of the function f (x) = (x + 7)2 – 3 is translated from its parent function f (x) = x2.
Click here to review the unit content explanation for Transformations.
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30) Give the intersection points of the functions f (x) = x2 + 3 and g(x) = x + 5.
Click here to review the unit content explanation for Functions – Intersections, Interpretations, and Deeper Understanding.
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31) Given a best fit line of y = –2.4x + 130, what is the correlation?
Click here to review the unit content explanation for Scatter Plots and Interpreting Graphs.
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32) If you were directed by your school to complete Offline Activities for this course, please enter the information on the Log Entry form. |
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