Exam 53: Arithmetic Sequences and Partial Sums
Exam 1: Rectangular Coordinates69 Questions
Exam 2: Graphs of Equations63 Questions
Exam 3: Linear Equations in Two Variables61 Questions
Exam 4: Functions53 Questions
Exam 5: Analyzing Graphs of Functions56 Questions
Exam 6: A Library of Parent Functions50 Questions
Exam 7: Transformations of Functions32 Questions
Exam 8: Combinations of Functions Composite Functions58 Questions
Exam 9: Inverse Functions59 Questions
Exam 10: Mathematical Modeling and Variation49 Questions
Exam 11: Quadratic Functions and Models61 Questions
Exam 12: Polynomial Functions of Higher Degree63 Questions
Exam 13: Polynomial and Synthetic Division76 Questions
Exam 14: Complex Numbers59 Questions
Exam 15: Zeros of Polynomial Functions49 Questions
Exam 16: Rational Functions96 Questions
Exam 17: Nonlinear Inequalities56 Questions
Exam 18: Exponential Functions and Their Graphs59 Questions
Exam 19: Logarithmic Functions and Their Graphs64 Questions
Exam 20: Properties of Logarithms57 Questions
Exam 21: Exponential and Logarithmic Equations51 Questions
Exam 22: Exponential and Logarithmic Models56 Questions
Exam 23: Radian and Degree Measure52 Questions
Exam 24: Trigonometric Functions The Unit Circle50 Questions
Exam 25: Right Triangle Trigonometry56 Questions
Exam 26: Trigonometric Functions of Any Angle53 Questions
Exam 27: Graphs of Sine and Cosine Functions37 Questions
Exam 28: Graphs of Other Trigonometric Functions51 Questions
Exam 29: Inverse Trigonometric Functions50 Questions
Exam 30: Applications and Models52 Questions
Exam 31: Using Fundamental Identities60 Questions
Exam 32: Verifying Trigonometric Equations46 Questions
Exam 33: Solving Trigonometric Equations54 Questions
Exam 34: Sum and Difference Formulas62 Questions
Exam 35: Multiple Angle and Product to Sum Formulas50 Questions
Exam 36: Law of Sines43 Questions
Exam 37:Law of Cosines43 Questions
Exam 38:Vectors in the Plane50 Questions
Exam 39:Vectors and Dot Products67 Questions
Exam 40: Trigonometric Form of a Complex Number104 Questions
Exam 41: Linear and Nonlinear Systems of Equations58 Questions
Exam 42: Two Variable Linear Systems49 Questions
Exam 43: Multivariable Linear Systems54 Questions
Exam 44: Partial Fractions48 Questions
Exam 45: Systems of Inequalities50 Questions
Exam 46: Linear Programming50 Questions
Exam 47: Matrices and Systems of Equations65 Questions
Exam 48: Operations With Matrices59 Questions
Exam 49: The Inverse of a Square Matrix59 Questions
Exam 50: The Determinant of a Square Matrix52 Questions
Exam 51: Applications of Matrices and Determinants54 Questions
Exam 52: Sequences and Series68 Questions
Exam 53: Arithmetic Sequences and Partial Sums52 Questions
Exam 54: Geometric Sequences and Series67 Questions
Exam 55: Mathematical Induction48 Questions
Exam 56: The Binomial Theorem67 Questions
Exam 57: Counting Principles55 Questions
Exam 58: Probability47 Questions
Exam 59: Lines50 Questions
Exam 60: Introduction to Conics Parabolas124 Questions
Exam 61: Ellipses68 Questions
Exam 62: Hyperbolas62 Questions
Exam 63: Rotation of Conics52 Questions
Exam 64: Parametric Equations50 Questions
Exam 65: Polar Coordinates50 Questions
Exam 66: Polar Equations of Conics50 Questions
Exam 67: Graphs of Polar Equations49 Questions
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The first two terms of the arithmetic sequence are given.Find the missing term.
A1 = -0.6,a2 = -12.8,a8 = ?
(Multiple Choice)
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(33)
Determine whether the sequence is arithmetic.If so,find the common difference.
32,42,52,62,72,...
(Multiple Choice)
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(39)
Write the first five terms of the sequence.Determine whether the sequence is arithmetic.If so,find the common difference.(Assume that n begins with 1. )
An = 6 + 4n
(Multiple Choice)
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(36)
Find a formula for an for the arithmetic sequence.
A1 = 4,d = 7
(Multiple Choice)
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Determine whether the sequence is arithmetic.If so,find the common difference.(Assume that n begins with 1. )
An = 8 + 6n
(Multiple Choice)
4.7/5
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Write the first five terms of the sequence.Determine whether the sequence is arithmetic.If so,find the common difference.(Assume that n begins with 1. )
An = 135 - 5n
(Multiple Choice)
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(38)
Determine whether the sequence is arithmetic.If so,find the common difference.
2,4,8,16,32,...
(Multiple Choice)
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Find a formula for an for the arithmetic sequence. ?
A1 = 7,d = -8
?
(Multiple Choice)
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Write the first five terms of the arithmetic sequence defined recursively.
A1 = 17,an + 1 = an + 4
(Multiple Choice)
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Find the indicated nth partial sum of the arithmetic sequence. 1.5,3.1,4.7,6.3,.... ,n = 40
(Multiple Choice)
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Find a formula for an ?for the arithmetic sequence. ?
A1 = -5,a5 = 18
?
(Multiple Choice)
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Find a formula for an for the arithmetic sequence.
A1 = 104,d = -6
(Multiple Choice)
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Determine whether the sequence is arithmetic.If so,find the common difference. ?
3, , , ,2,...
?
(Multiple Choice)
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Write the first five terms of the sequence.Determine whether the sequence is arithmetic.If so,find the common difference.(Assume that n begins with 1. )
An = 4n - 1
(Multiple Choice)
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Find the sum of the finite arithmetic sequence.
2 + 4 + 6 + 8 + 10 + 12 + 14 + 16 + 18 + 20
(Multiple Choice)
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(28)
Match the arithmetic sequence with its graph from the choices below.
an = 35 - 3n
(Multiple Choice)
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Write the first five terms of the arithmetic sequence.
A1 = -3.6,d = -0.6
(Multiple Choice)
4.7/5
(36)
Determine whether the sequence is arithmetic.If so,find the common difference.
128,64,32,16,8,...
(Multiple Choice)
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Write the first five terms of the sequence.Determine whether the sequence is arithmetic.If so,find the common difference.(Assume that n begins with 1. )
An = 5 - 6(n - 4)
(Multiple Choice)
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