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Exam Review Chapters 7-13

Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

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Page 1: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Exam

Review

Chapters 7-13

Page 2: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q1.

Expand:

(2 - 3y)4

Page 3: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A1.

16 – 96y + 216y2 - 216y3 + 81y4

Page 4: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q2.

Find the coefficient of a6 in (5 – 3a)10.

ix x)

Page 5: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A2.

95,681,250

Page 6: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q3.

Find the 8th term in the expansion

of (2x – 3)15.

Page 7: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A3.

-3,602,776,320x8

Page 8: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q4.

State the

Law of Sines.

Page 9: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A4.

sinα = sinβ

= sin γ

a b c

Page 10: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q5.

State the

Law of Cosines.

Page 11: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A5.

a² = b² + c² - 2bccosα

Page 12: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q6.

State the

Pythagorean

Identity.

Page 13: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A6.

cos²θ + sin²θ = 1

Page 14: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q7.

A vector is a quantity with

? and ?.

Page 15: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A7.

magnitude

and

direction

Page 16: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q8.

A vector with a magnitude of one is called

a ?.

Page 17: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A8.

unit vector

Page 18: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q9.

A vector whose initial point is at the origin is

called a ?.

Page 19: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A9.

position vector

Page 20: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q10.

If v = ai + bj, then a and b

are called the ?.

Page 21: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A10.

components

Page 22: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q11.

The set of all points equidistant from a point and a

line is called a(n) ?.

Page 23: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A11.

parabola

Page 24: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q12.

The set of all points such that the sum of the distances from

two fixed points is a constant is called

a(n) ?.

Page 25: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A12.

ellipse

Page 26: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q13.

The set of all points such that the

difference of the distances from two

fixed points is a constant is called

a(n) ?.

Page 27: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A13.

hyperbola

Page 28: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q14.

The line associated

with a parabola is called the ?.

Page 29: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A14.

directrix

Page 30: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q15.

The two fixed points of an

ellipse or hyperbola are

called ?.

Page 31: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A15.

foci

Page 32: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q16.

Which conic has transverse and conjugate

axes?

Page 33: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A16.

hyperbola

Page 34: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q17.

What equation will help you

find the foci for a hyperbola?

Page 35: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A17.

b² = c² - a²

Page 36: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q18.

Identify the conic:

2 27 8 24

4 5 2 5 15 0

y x xy

x y

Page 37: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A18.

hyperbola

Page 38: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q19.

A rectangular array of

numbers is called a(n) ?

Page 39: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A19.

matrix

Page 40: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q20.

A triangular display of binomial

coefficients is called ?

Page 41: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A20.

Pascal’s Triangle

Page 42: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q21.

What are the dimensions of the following matrix?

3

1

0

Page 43: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A21.

3 x 1

Page 44: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q22.

Write I3.

Page 45: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A22.

1 0 0

0 1 0

0 0 1

Page 46: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q23.

A sequence is a function whose ?

is the set of positive integers.

Page 47: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A23.

domain

Page 48: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q24.

A sequence whose difference between

successive terms is a constant is ?.

Page 49: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A24.

arithmetic

Page 50: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q25.

A sequence whose ratio between

successive terms is a constant is ?.

Page 51: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A25.

geometric

Page 52: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q26.

Evaluate:

11

9

Page 53: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A26.

55

Page 54: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q27.

A vector with a magnitude of

zero is called a ?.

Page 55: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A27.

zero vector

Page 56: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q28.

Evaluate:

a.) p(0)

b.) lim p(s) x→0

Page 57: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A28.

a.) 0

b.) DNE

Page 58: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q29.

Evaluate:

a.) G(2)

b.) lim G(x) x→2

Page 59: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A29.

a.) 3

b.) 1

Page 60: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q30.

Name another polar

coordinate for(-2, -π/3)

Page 61: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A30.

(-2, 5π/3)

(2, 2π/3)

(2, -4π/3)

Page 62: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q31.

Convert to polar coordinates:

(-4, 0)

Page 63: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A31.

(4, π)

(4, 180˚)

Page 64: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q32.

Convert to rectangular

coordinates:(-2, 5π/6)

Page 65: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A32.

(√3, -1)

Page 66: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q33.

Write the rectangular form of the equation:

r = 4sinθ

Page 67: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A33.

x² + (y-2)² = 4

Page 68: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q34.

How many petals does

r = 3cos5θ?

Page 69: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A34.

5

Page 70: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q35.

In which quadrant does

-1 – 5i fall?

Page 71: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A35.

III quadrant

Page 72: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q36.

Identify the graph:

r = 4 – 5cosθ

Page 73: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A36.

limaçon with inner loop

Page 74: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q37.

In which quadrant does the point with polar coordinates of

(-3,2π/3) fall?

Page 75: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A38.

IV quadrant

Page 76: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q39.

Simplify: cos262˚ + sin262˚

Page 77: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A39.

1

Page 78: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q40.

What is the length of the hypotenuse in the

right triangle below?

43˚

7

Page 79: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A40.

10.26

Page 80: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q41.

Find a: 14

38˚ 8

a

Page 81: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A41.

no such triangle

Page 82: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q42.

If v · w = 0, then the two vectors v and w are ?.

Page 83: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A42.

orthogonal

Page 84: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q43.

If v x u = 2i + j – 3k,

then u x v =

Page 85: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A43.

-2i – j + 3k

Page 86: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q44.

The following is the standard equation for which conic?

2 2( 2) ( 1)1

4 7y x

Page 87: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A44.

hyperbola

Page 88: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q45.

Solve:

6x – 4y = 20

4x + y = 6

Page 89: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A45.

(2, -2)

Page 90: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q46.

Solve:

x² – y = 4

2x + y = -1

Page 91: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A46.

(-3, 5)

(1, -3)

Page 92: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q47.

Solve:x + y + z = 3x - z = 1y – z = -4

Page 93: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A47.

(3, -2, 2)

Page 94: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q48.

Solve:

x – √5y = 2.7

3.4x + 2y = 6.1

Page 95: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A48.

(1.983, -.321)

Page 96: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q49.

Evaluate:1 2 1 2

0 4 3 4

5 2 0 2

7 3 4 3

Page 97: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A49.

0

Page 98: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q50.

Evaluate: 11

8

6

k k

Page 99: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A50.

-2.56

Page 100: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q51.

Evaluate:

4

1

1

1limx

x

x

Page 101: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A51.

4

Page 102: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

Q52.

Evaluate:

1/37

lim 3 6x

x

Page 103: Exam Review Chapters 7-13. Q1. Expand: (2 - 3y) 4

A52.

3