Algebra 2 - Semester 2 Review: Sequences and Series (4 of 4)

Part 1: Trigonometry
1-2.) Convert radians to degrees and degrees to radians. 3.) Solve right triangles using sine, cosine, tangent, or the Pythagorean theorem. 4-5.) Sketching graphs of transformed (translated) sine and cosine functions, including 8.) identifying what the period and amplitude are. 6.) Given the value of a trig function and a quadrant, find the value of other trig functions. 7.) Solve a real life problem using trigonometry. 9.) Given a point on the terminal side of an angle, find sine, cosine, and tangent of the resulting triangle made with the x-axis. 10.) Find coterminal angles.

Part 2: Exponentials and Logarithms
11, 19.) Use simple and compound interest to find how much money is left given an interest rate, initial investment and the amount of time. 12.) Solve an exponential equation by using logarithms. 13.) Convert between exponential and logarithmic forms. 14.) Use the change of base formula to evaluate a logarithm. 15.) Transform a function to represent a change in the graph. 16, 20.) Expand and condense logarithms. 17.) Solve a logarithmic equation. 21.) Distinguish between exponential growth and decay functions.

Part 3: Conic Sections
22.) Given the equation of a circle, identify the center. 23.) Given the center and radius of a circle write its equation. 24.) Given the vertices and asymptotes of a hyperbola, write the equation. 25.) Identify the type of conic by its equation. 26.) Write the equation of an ellipse given its vertex and co-vertex. 27.) Write the equation of a hyperbola given its center, axis, and a and b values. 28.) Put the conic into standard form by completing the square. 29.) Write the equation of the parabola given the vertex and focus. 30.) Given the equation of a circle that's not in standard form, find the radius.

Part 4: Sequences and Series
31.) Given an arithmetic series in sigma notation, find the sum. 32.) Given an arithmetic sequence, write the equation for the nth term. 33.) Given a geometric sequence, write the equation for the nth term. 34.) Given the first term and common ratio, find the sum of the first 4 terms of a geometric series. 35.) Use a recursive formula to generate a sequence. 36.) Given the first and last term and the common difference, find the sum of an arithmetic series. 37.) Given the first term and the common difference, find any term in the sequence. 38.) Given an nth term equation, find any term in the sequence. 39.) Know the difference between arithmetic and geometric and what doesn't fit into either category. 40.) Given a geometric series, find the sum of the first 4 terms. 41.) Given two terms in a geometric sequence, find the common ratio, the nth term formula, the 100th term, and the sum of the first 30 terms.

[davidtutorsmath]

Thanks a bunch for pointing out the mistake. Sometimes I get distracted from what the real question is. I try to remember to always reread the question.

[mattastic]

actually you were right on number 35 it is asking for the first 4 terms number 36 was when it was asking for the sum

[GingerAllianceInc]

You messed up on #35, it wanted the sum of the first 4 terms, no the first 4 terms.
Other then that great videos!