Quiz 2: Polynomial, Power, and Rational Functions
Mathematics
Free
Multiple Choice
C
Free
Multiple Choice
B
Free
Multiple Choice
A
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 42Q 42
Write an equation for the quadratic function whose graph contains the given vertex and point.

Free
Multiple Choice
Q 43Q 43
Write an equation for the quadratic function whose graph contains the given vertex and point.

Free
Multiple Choice
Q 44Q 44
Write an equation for the quadratic function whose graph contains the given vertex and point.

Free
Multiple Choice
Q 45Q 45
Write an equation for the quadratic function whose graph contains the given vertex and point.

Free
Multiple Choice
Q 46Q 46
Write an equation for the quadratic function whose graph contains the given vertex and point.

Free
Multiple Choice
Q 47Q 47
Write an equation for the quadratic function whose graph contains the given vertex and point.

Free
Multiple Choice
Q 48Q 48
Write an equation for the quadratic function whose graph contains the given vertex and point.

Free
Multiple Choice
Q 49Q 49
Write an equation for the quadratic function whose graph contains the given vertex and point.

Free
Multiple Choice
Q 50Q 50
Write an equation for the quadratic function whose graph contains the given vertex and point.

Free
Multiple Choice
Q 51Q 51
Write an equation for the quadratic function whose graph contains the given vertex and point.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 80Q 80
Determine if the function is a power function. If it is, then state the power and constant of variation.

Free
Multiple Choice
Q 81Q 81
Determine if the function is a power function. If it is, then state the power and constant of variation.

Free
Multiple Choice
Q 82Q 82
Determine if the function is a power function. If it is, then state the power and constant of variation.

Free
Multiple Choice
Q 83Q 83
Determine if the function is a power function. If it is, then state the power and constant of variation.

Free
Multiple Choice
Q 84Q 84
Determine if the function is a power function. If it is, then state the power and constant of variation.

Free
Multiple Choice
Q 85Q 85
Determine if the function is a power function. If it is, then state the power and constant of variation.

Free
Multiple Choice
Q 86Q 86
Determine if the function is a power function. If it is, then state the power and constant of variation.

Free
Multiple Choice
Q 87Q 87
Determine if the function is a power function. If it is, then state the power and constant of variation.

Free
Multiple Choice
Q 88Q 88
Determine if the function is a power function. If it is, then state the power and constant of variation.

Free
Multiple Choice
Q 89Q 89
Determine if the function is a monomial function (given that c and k represent constants). If it is, state the degree and
leading coefficient.

Free
Multiple Choice
Q 90Q 90
Determine if the function is a monomial function (given that c and k represent constants). If it is, state the degree and
leading coefficient.

Free
Multiple Choice
Q 91Q 91
Determine if the function is a monomial function (given that c and k represent constants). If it is, state the degree and
leading coefficient.

Free
Multiple Choice
Q 92Q 92
Determine if the function is a monomial function (given that c and k represent constants). If it is, state the degree and
leading coefficient.

Free
Multiple Choice
Q 93Q 93
Determine if the function is a monomial function (given that c and k represent constants). If it is, state the degree and
leading coefficient.

Free
Multiple Choice
Q 94Q 94
Determine if the function is a monomial function (given that c and k represent constants). If it is, state the degree and
leading coefficient.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 103Q 103
Write the word or phrase that best completes each statement or answers the question.
Write a sentence that expresses the relationship in the formula, using the language of variation or proportion.

Free
Essay
Q 104Q 104
Write the word or phrase that best completes each statement or answers the question.
Write a sentence that expresses the relationship in the formula, using the language of variation or proportion.
P = nb, where P is the perimeter of a regular polygon with n sides each of length b.
Free
Essay
Q 105Q 105
Write the word or phrase that best completes each statement or answers the question.
Write a sentence that expresses the relationship in the formula, using the language of variation or proportion.

Free
Essay
Q 106Q 106
Write the word or phrase that best completes each statement or answers the question.
Write a sentence that expresses the relationship in the formula, using the language of variation or proportion.

Free
Essay
Q 107Q 107
Write the word or phrase that best completes each statement or answers the question.
Write a sentence that expresses the relationship in the formula, using the language of variation or proportion.

Free
Essay
Q 108Q 108
Write the word or phrase that best completes each statement or answers the question.
Write a sentence that expresses the relationship in the formula, using the language of variation or proportion.

Free
Essay
Q 109Q 109
Write the word or phrase that best completes each statement or answers the question.
Write a sentence that expresses the relationship in the formula, using the language of variation or proportion.

Free
Essay
Free
Essay
Free
Essay
Free
Essay
Free
Essay
Free
Essay
Free
Essay
Q 116Q 116
Choose the one alternative that best completes the statement or answers the question.
Describe how to obtain the graph of the given monomial function from the graph of g(x) = xn with the same power n.

Free
Multiple Choice
Q 117Q 117
Choose the one alternative that best completes the statement or answers the question.
Describe how to obtain the graph of the given monomial function from the graph of g(x) = xn with the same power n.

Free
Multiple Choice
Q 118Q 118
Choose the one alternative that best completes the statement or answers the question.
Describe how to obtain the graph of the given monomial function from the graph of g(x) = xn with the same power n.

Free
Multiple Choice
Q 119Q 119
Choose the one alternative that best completes the statement or answers the question.
Describe how to obtain the graph of the given monomial function from the graph of g(x) = xn with the same power n.

Free
Multiple Choice
Q 120Q 120
Choose the one alternative that best completes the statement or answers the question.
Describe how to obtain the graph of the given monomial function from the graph of g(x) = xn with the same power n.

Free
Multiple Choice
Q 121Q 121
Choose the one alternative that best completes the statement or answers the question.
Describe how to obtain the graph of the given monomial function from the graph of g(x) = xn with the same power n.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 135Q 135
Data are given for y as a power function of x. Write an equation for the power function, and state its power and constant
of variation.

Free
Multiple Choice
Q 136Q 136
Data are given for y as a power function of x. Write an equation for the power function, and state its power and constant
of variation.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 139Q 139
Solve the problem. Round as appropriate.
The weight of a body above the surface of the earth is inversely proportional to the square of its distance from the center of the earth. What is the effect on the weight when the distance is multiplied by 2?
A) The weight is multiplied by 4.
B) The weight is divided by 2.
C) The weight is divided by 4.
D) The weight is multiplied by 2.
Free
Multiple Choice
Q 140Q 140
Solve the problem. Round as appropriate.
The period of vibration P for a pendulum varies directly as the square root of the length L. If the period of vibration is 2.5 sec when the length is 25 inches, what is the period when L = 3.0625 inches?
A) 3.5 sec
B) 3.25 sec
C) 3 sec
D) 0.875 sec
Free
Multiple Choice
Q 141Q 141
Solve the problem. Round as appropriate.
The gravitational attraction A between two masses varies inversely as the square of the distance between them. The force of attraction is 2.25 lb when the masses are 4 ft apart, what is the attraction when the masses are 6 ft
Apart?
A) 1 lb
B) 4 lb
C) 2 lb
D) 3 lb
Free
Multiple Choice
Q 142Q 142
Solve the problem. Round as appropriate.
The time T necessary to make an enlargement of a photo negative varies directly as the area A of the enlargement. If 60 seconds are required to make a 3by5 enlargement, find the time required for a 5by6
Enlargement.
A) 150 sec
B) 90 sec
C) 120 sec
D) 180 sec
Free
Multiple Choice
Q 143Q 143
Solve the problem. Round as appropriate.
The weight of a liquid varies directly as its volume V. If the weight of the liquid in a cubical container 3 cm on a side is 81 g, find the weight of the liquid in a cubical container 4 cm on a side.
A) 192 g
B) 64 g
C) 12 g
D) 52 g
Free
Multiple Choice
Q 144Q 144
Solve the problem. Round as appropriate.
The shadow cast by an object on a sunny day varies directly as the height of the object. If a person 76 inches tall casts a shadow 62 inches long, how tall is a tree which casts a shadow 31 feet in length?
A) 69 feet
B) 38 feet
C) 152 feet
D) 25.29 feet
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 147Q 147
Write the word or phrase that best completes each statement or answers the question.
Describe how to transform the graph of an appropriate monomial function f(x) = xn into the graph of the given
polynomial function. Then sketch the transformed graph.

Free
Essay
Q 148Q 148
Write the word or phrase that best completes each statement or answers the question.
Describe how to transform the graph of an appropriate monomial function f(x) = xn into the graph of the given
polynomial function. Then sketch the transformed graph.

Free
Essay
Q 149Q 149
Write the word or phrase that best completes each statement or answers the question.
Describe how to transform the graph of an appropriate monomial function f(x) = xn into the graph of the given
polynomial function. Then sketch the transformed graph.

Free
Essay
Q 150Q 150
Write the word or phrase that best completes each statement or answers the question.
Describe how to transform the graph of an appropriate monomial function f(x) = xn into the graph of the given
polynomial function. Then sketch the transformed graph.

Free
Essay
Q 151Q 151
Write the word or phrase that best completes each statement or answers the question.
Describe how to transform the graph of an appropriate monomial function f(x) = xn into the graph of the given
polynomial function. Then sketch the transformed graph.

Free
Essay
Q 152Q 152
Match the given graph with its polynomial function.Choose the one alternative that best completes the statement or answers the question.

Free
Multiple Choice
Q 153Q 153
Match the given graph with its polynomial function.Choose the one alternative that best completes the statement or answers the question.

Free
Multiple Choice
Q 154Q 154
Match the given graph with its polynomial function.Choose the one alternative that best completes the statement or answers the question.

Free
Multiple Choice
Q 155Q 155
Match the given graph with its polynomial function.Choose the one alternative that best completes the statement or answers the question.

Free
Multiple Choice
Q 156Q 156
Match the given graph with its polynomial function.Choose the one alternative that best completes the statement or answers the question.

Free
Multiple Choice
Q 157Q 157
Match the given graph with its polynomial function.Choose the one alternative that best completes the statement or answers the question.

Free
Multiple Choice
Q 158Q 158
Match the given graph with its polynomial function.Choose the one alternative that best completes the statement or answers the question.

Free
Multiple Choice
Q 159Q 159
Match the given graph with its polynomial function.Choose the one alternative that best completes the statement or answers the question.

Free
Multiple Choice
Q 160Q 160
Match the given graph with its polynomial function.Choose the one alternative that best completes the statement or answers the question.

Free
Multiple Choice
Q 161Q 161
Match the given graph with its polynomial function.Choose the one alternative that best completes the statement or answers the question.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 171Q 171
Describe the end behavior of the polynomial function by finding lim f x and lim f x .
x x

Free
Multiple Choice
Q 172Q 172
Describe the end behavior of the polynomial function by finding lim f x and lim f x .
x x

Free
Multiple Choice
Q 173Q 173
Describe the end behavior of the polynomial function by finding lim f x and lim f x .
x x

Free
Multiple Choice
Q 174Q 174
Describe the end behavior of the polynomial function by finding lim f x and lim f x .
x x

Free
Multiple Choice
Q 175Q 175
Describe the end behavior of the polynomial function by finding lim f x and lim f x .
x x

Free
Multiple Choice
Q 176Q 176
Describe the end behavior of the polynomial function by finding lim f x and lim f x .
x x

Free
Multiple Choice
Q 177Q 177
Describe the end behavior of the polynomial function by finding lim f x and lim f x .
x x

Free
Multiple Choice
Q 178Q 178
Describe the end behavior of the polynomial function by finding lim f x and lim f x .
x x

Free
Multiple Choice
Q 179Q 179
Describe the end behavior of the polynomial function by finding lim f x and lim f x .
x x

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 198Q 198
Use a graphing calculator to approximate the real zeros of the function defined by f(x). Express decimal approximations to
the nearest hundredth.

Free
Multiple Choice
Q 199Q 199
Use a graphing calculator to approximate the real zeros of the function defined by f(x). Express decimal approximations to
the nearest hundredth.

Free
Multiple Choice
Q 200Q 200
Use a graphing calculator to approximate the real zeros of the function defined by f(x). Express decimal approximations to
the nearest hundredth.

Free
Multiple Choice
Q 201Q 201
Use a graphing calculator to approximate the real zeros of the function defined by f(x). Express decimal approximations to
the nearest hundredth.

Free
Multiple Choice
Q 202Q 202
Use a graphing calculator to approximate the real zeros of the function defined by f(x). Express decimal approximations to
the nearest hundredth.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 209Q 209
Use a cubic or quartic regression (as specified) to fit a curve through the points given in the table. Round to the nearest
hundredth.

Free
Multiple Choice
Q 210Q 210
Use a cubic or quartic regression (as specified) to fit a curve through the points given in the table. Round to the nearest
hundredth.

Free
Multiple Choice
Q 211Q 211
Use a cubic or quartic regression (as specified) to fit a curve through the points given in the table. Round to the nearest
hundredth.

Free
Multiple Choice
Q 212Q 212
Use a cubic or quartic regression (as specified) to fit a curve through the points given in the table. Round to the nearest
hundredth.

Free
Multiple Choice
Q 213Q 213
Use a cubic or quartic regression (as specified) to fit a curve through the points given in the table. Round to the nearest
hundredth.

Free
Multiple Choice
Q 214Q 214
Use a cubic or quartic regression (as specified) to fit a curve through the points given in the table. Round to the nearest
hundredth.

Free
Multiple Choice
Q 215Q 215
Use a cubic or quartic regression (as specified) to fit a curve through the points given in the table. Round to the nearest
hundredth.

Free
Multiple Choice
Q 216Q 216
Use a cubic or quartic regression (as specified) to fit a curve through the points given in the table. Round to the nearest
hundredth.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 223Q 223
Solve the problem.
A piece of rectangular sheet metal is 21 inches wide. It is to be made into a rain gutter by turning up equal edges to form parallel sides. Let x represent the length of each of the parallel sides. For what value of x will the area of
The cross section be a maximum (and thus maximize the amount of water that the gutter will hold)? If necessary,
Round to 2 decimal places.
A) 10.5
B) 5.25
C) 84
D) 42
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 251Q 251
Use the Factor Theorem to determine whether the first polynomial is a factor of the second polynomial.

Free
Multiple Choice
Q 252Q 252
Use the Factor Theorem to determine whether the first polynomial is a factor of the second polynomial.

Free
Multiple Choice
Q 253Q 253
Use the Factor Theorem to determine whether the first polynomial is a factor of the second polynomial.

Free
Multiple Choice
Q 254Q 254
Use the Factor Theorem to determine whether the first polynomial is a factor of the second polynomial.

Free
Multiple Choice
Q 255Q 255
Use the Factor Theorem to determine whether the first polynomial is a factor of the second polynomial.

Free
Multiple Choice
Q 256Q 256
Use the graph to guess possible linear factors of f(x). Then completely factor f(x) with the aid of synthetic division.

Free
Multiple Choice
Q 257Q 257
Use the graph to guess possible linear factors of f(x). Then completely factor f(x) with the aid of synthetic division.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 283Q 283
Use synthetic division to determine whether the number k is an upper or lower bound (as specified) for the real zeros of
the function f.

Free
Multiple Choice
Q 284Q 284
Use synthetic division to determine whether the number k is an upper or lower bound (as specified) for the real zeros of
the function f.

Free
Multiple Choice
Q 285Q 285
Use synthetic division to determine whether the number k is an upper or lower bound (as specified) for the real zeros of
the function f.

Free
Multiple Choice
Q 286Q 286
Use synthetic division to determine whether the number k is an upper or lower bound (as specified) for the real zeros of
the function f.

Free
Multiple Choice
Q 287Q 287
Use synthetic division to determine whether the number k is an upper or lower bound (as specified) for the real zeros of
the function f.

Free
Multiple Choice
Q 288Q 288
Use synthetic division to determine whether the number k is an upper or lower bound (as specified) for the real zeros of
the function f.

Free
Multiple Choice
Q 289Q 289
Use synthetic division to determine whether the number k is an upper or lower bound (as specified) for the real zeros of
the function f.

Free
Multiple Choice
Q 290Q 290
Use synthetic division to determine whether the number k is an upper or lower bound (as specified) for the real zeros of
the function f.

Free
Multiple Choice
Q 291Q 291
Use synthetic division to determine whether the number k is an upper or lower bound (as specified) for the real zeros of
the function f.

Free
Multiple Choice
Q 292Q 292
Find all of the real zeros of the function. Give exact values whenever possible. Identify each zero as rational or irrational.

Free
Multiple Choice
Q 293Q 293
Find all of the real zeros of the function. Give exact values whenever possible. Identify each zero as rational or irrational.

Free
Multiple Choice
Q 294Q 294
Find all of the real zeros of the function. Give exact values whenever possible. Identify each zero as rational or irrational.

Free
Multiple Choice
Q 295Q 295
Find all of the real zeros of the function. Give exact values whenever possible. Identify each zero as rational or irrational.

Free
Multiple Choice
Q 296Q 296
Find all of the real zeros of the function. Give exact values whenever possible. Identify each zero as rational or irrational.

Free
Multiple Choice
Q 297Q 297
Find all of the real zeros of the function. Give exact values whenever possible. Identify each zero as rational or irrational.

Free
Multiple Choice
Q 298Q 298
Find all of the real zeros of the function. Give exact values whenever possible. Identify each zero as rational or irrational.

Free
Multiple Choice
Q 299Q 299
Find all of the real zeros of the function. Give exact values whenever possible. Identify each zero as rational or irrational.

Free
Multiple Choice
Q 300Q 300
Find all of the real zeros of the function. Give exact values whenever possible. Identify each zero as rational or irrational.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 313Q 313
Write a polynomial function of minimum degree with real coefficients whose zeros include those listed. Write the
polynomial in standard form.

Free
Multiple Choice
Q 314Q 314
Write a polynomial function of minimum degree with real coefficients whose zeros include those listed. Write the
polynomial in standard form.

Free
Multiple Choice
Q 315Q 315
Write a polynomial function of minimum degree with real coefficients whose zeros include those listed. Write the
polynomial in standard form.

Free
Multiple Choice
Q 316Q 316
Write a polynomial function of minimum degree with real coefficients whose zeros include those listed. Write the
polynomial in standard form.

Free
Multiple Choice
Q 317Q 317
Write a polynomial function of minimum degree with real coefficients whose zeros include those listed. Write the
polynomial in standard form.

Free
Multiple Choice
Q 318Q 318
Write a polynomial function of minimum degree with real coefficients whose zeros include those listed. Write the
polynomial in standard form.

Free
Multiple Choice
Q 319Q 319
Write a polynomial function of minimum degree with real coefficients whose zeros include those listed. Write the
polynomial in standard form.

Free
Multiple Choice
Q 320Q 320
Write a polynomial function of minimum degree with real coefficients whose zeros include those listed. Write the
polynomial in standard form.

Free
Multiple Choice
Q 321Q 321
Write a polynomial function of minimum degree with real coefficients whose zeros include those listed. Write the
polynomial in standard form.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 350Q 350
Write the function as a product of linear and irreducible quadratic factors, all with real coefficients.

Free
Multiple Choice
Q 351Q 351
Write the function as a product of linear and irreducible quadratic factors, all with real coefficients.

Free
Multiple Choice
Q 352Q 352
Write the function as a product of linear and irreducible quadratic factors, all with real coefficients.

Free
Multiple Choice
Q 353Q 353
Write the function as a product of linear and irreducible quadratic factors, all with real coefficients.

Free
Multiple Choice
Q 354Q 354
Write the function as a product of linear and irreducible quadratic factors, all with real coefficients.

Free
Multiple Choice
Q 355Q 355
Write the function as a product of linear and irreducible quadratic factors, all with real coefficients.

Free
Multiple Choice
Q 356Q 356
Write the function as a product of linear and irreducible quadratic factors, all with real coefficients.

Free
Multiple Choice
Q 357Q 357
Write the function as a product of linear and irreducible quadratic factors, all with real coefficients.

Free
Multiple Choice
Q 358Q 358
Write the function as a product of linear and irreducible quadratic factors, all with real coefficients.

Free
Multiple Choice
Q 359Q 359
Write the function as a product of linear and irreducible quadratic factors, all with real coefficients.

Free
Multiple Choice
Q 360Q 360
Find a polynomial of degree 3 with real coefficients that satisfies the given conditions.

Free
Multiple Choice
Q 361Q 361
Find a polynomial of degree 3 with real coefficients that satisfies the given conditions.

Free
Multiple Choice
Q 362Q 362
Find a polynomial of degree 3 with real coefficients that satisfies the given conditions.

Free
Multiple Choice
Q 363Q 363
Find a polynomial of degree 3 with real coefficients that satisfies the given conditions.

Free
Multiple Choice
Q 364Q 364
Find a polynomial of degree 3 with real coefficients that satisfies the given conditions.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 371Q 371
Use limits to describe the behavior of the rational function near the indicated asymptote.

Free
Multiple Choice
Q 372Q 372
Use limits to describe the behavior of the rational function near the indicated asymptote.

Free
Multiple Choice
Q 373Q 373
Use limits to describe the behavior of the rational function near the indicated asymptote.

Free
Multiple Choice
Q 374Q 374
Use limits to describe the behavior of the rational function near the indicated asymptote.

Free
Multiple Choice
Q 375Q 375
Use limits to describe the behavior of the rational function near the indicated asymptote.

Free
Multiple Choice
Q 376Q 376
Use limits to describe the behavior of the rational function near the indicated asymptote.

Free
Multiple Choice
Q 377Q 377
Use limits to describe the behavior of the rational function near the indicated asymptote.

Free
Multiple Choice
Q 378Q 378
Describe how the graph of the given function can be obtained by transforming the graph of the reciprocal function f(x) =
1/x.

Free
Multiple Choice
Q 379Q 379
Describe how the graph of the given function can be obtained by transforming the graph of the reciprocal function f(x) =
1/x.

Free
Multiple Choice
Q 380Q 380
Describe how the graph of the given function can be obtained by transforming the graph of the reciprocal function f(x) =
1/x.

Free
Multiple Choice
Q 381Q 381
Describe how the graph of the given function can be obtained by transforming the graph of the reciprocal function f(x) =
1/x.

Free
Multiple Choice
Q 382Q 382
Describe how the graph of the given function can be obtained by transforming the graph of the reciprocal function f(x) =
1/x.

Free
Multiple Choice
Q 383Q 383
Describe how the graph of the given function can be obtained by transforming the graph of the reciprocal function f(x) =
1/x.

Free
Multiple Choice
Q 384Q 384
Describe how the graph of the given function can be obtained by transforming the graph of the reciprocal function f(x) =
1/x.

Free
Multiple Choice
Q 385Q 385
Describe how the graph of the given function can be obtained by transforming the graph of the reciprocal function f(x) =
1/x.

Free
Multiple Choice
Q 386Q 386
Describe how the graph of the given function can be obtained by transforming the graph of the reciprocal function f(x) =
1/x.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 418Q 418
Write the word or phrase that best completes each statement or answers the question.
Graph the rational function and analyze it in the following way: find the intercepts, asymptotes, use limits to describe the
behavior at the vertical asymptotes and the end behavior. Find the domain and range. Determine where the function is
continuous and where it is increasing and decreasing. Find any local extrema.

Free
Essay
Q 419Q 419
Write the word or phrase that best completes each statement or answers the question.
Graph the rational function and analyze it in the following way: find the intercepts, asymptotes, use limits to describe the
behavior at the vertical asymptotes and the end behavior. Find the domain and range. Determine where the function is
continuous and where it is increasing and decreasing. Find any local extrema.

Free
Essay
Q 420Q 420
Write the word or phrase that best completes each statement or answers the question.
Graph the rational function and analyze it in the following way: find the intercepts, asymptotes, use limits to describe the
behavior at the vertical asymptotes and the end behavior. Find the domain and range. Determine where the function is
continuous and where it is increasing and decreasing. Find any local extrema.

Free
Essay
Q 421Q 421
Write the word or phrase that best completes each statement or answers the question.
Graph the rational function and analyze it in the following way: find the intercepts, asymptotes, use limits to describe the
behavior at the vertical asymptotes and the end behavior. Find the domain and range. Determine where the function is
continuous and where it is increasing and decreasing. Find any local extrema.

Free
Essay
Q 422Q 422
Write the word or phrase that best completes each statement or answers the question.
Graph the rational function and analyze it in the following way: find the intercepts, asymptotes, use limits to describe the
behavior at the vertical asymptotes and the end behavior. Find the domain and range. Determine where the function is
continuous and where it is increasing and decreasing. Find any local extrema.

Free
Essay
Q 423Q 423
Choose the one alternative that best completes the statement or answers the question.
Solve the equation.

Free
Multiple Choice
Q 424Q 424
Choose the one alternative that best completes the statement or answers the question.
Solve the equation.

Free
Multiple Choice
Q 425Q 425
Choose the one alternative that best completes the statement or answers the question.
Solve the equation.

Free
Multiple Choice
Q 426Q 426
Choose the one alternative that best completes the statement or answers the question.
Solve the equation.

Free
Multiple Choice
Q 427Q 427
Choose the one alternative that best completes the statement or answers the question.
Solve the equation.

Free
Multiple Choice
Q 428Q 428
Choose the one alternative that best completes the statement or answers the question.
Solve the equation.

Free
Multiple Choice
Q 429Q 429
Choose the one alternative that best completes the statement or answers the question.
Solve the equation.

Free
Multiple Choice
Q 430Q 430
Choose the one alternative that best completes the statement or answers the question.
Solve the equation.

Free
Multiple Choice
Q 431Q 431
Choose the one alternative that best completes the statement or answers the question.
Solve the equation.

Free
Multiple Choice
Q 432Q 432
Choose the one alternative that best completes the statement or answers the question.
Solve the equation.

Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Free
Multiple Choice
Q 443Q 443
Determine the x values that cause the polynomial function to be (a) zero, (b) positive, and (c) negative.

Free
Multiple Choice
Q 444Q 444
Determine the x values that cause the polynomial function to be (a) zero, (b) positive, and (c) negative.

Free
Multiple Choice
Q 445Q 445
Determine the x values that cause the polynomial function to be (a) zero, (b) positive, and (c) negative.

Free
Multiple Choice
Q 446Q 446
Determine the x values that cause the polynomial function to be (a) zero, (b) positive, and (c) negative.

Free
Multiple Choice