solving equations graphical transformations piecewise functions polynomial functions 100 200 300 400

17
lgebra 2 Midterm Jeopard Solving Equations Graphical Transformati ons Piecewise Functions Polynomial Functions 100 100 100 100 200 200 200 200 300 300 300 300 400 400 400 400

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Page 1: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Algebra 2 Midterm JeopardySolving

EquationsGraphical

TransformationsPiecewise Functions

Polynomial Functions

100 100 100 100

200 200 200 200

300 300 300 300

400 400 400 400

Page 2: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: Find ALL solution(s) to the equation.

Solving Equations 100

Solving Equation 100

Page 3: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Solving Equations 200

Directions: Find ALL solution(s) to the equation in simplest radical form.

Solving Equation 200

Page 4: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: For each system of equations shown below, determine the number of solutions the system has. The graph of is represented on the coordinate plane provided on your paper.

Circle the correct amount of solutions the system has. • No Solution One Solution Two Solutions 1.

• No Solution One Solution Two Solutions2.

• No Solution One Solution Two Solutions3.

Solving Equations 300

Solving Equation 300

Page 5: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: Find ALL solution(s) to the equation.

*Solving Equations 400

Solving Equation 400

Page 6: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: The graph below represents the function . Use the parent function, f(x), to help find your new function in vertex form.

f(x+4)-7 = ____________

Graphical Transformations 1001)3(

2

1)( 2 xxf

Graphical Transformations 100

Page 7: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: The graph below represents the function . Use the parent function, f(x), to help find your new function in vertex form.

f(-x)= ____________

Graphical Transformations 2001)3(

2

1)( 2 xxf

Graphical Transformations 200

Page 8: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: The graph below represents the function . Use the parent function, f(x), to help find your new function in vertex form.

-f(x)= ____________

Graphical Transformations 3001)3(

2

1)( 2 xxf

Graphical Transformations 300

Page 9: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: The graph below represents the function . Use the parent function, f(x), to help find your new function in vertex form.

4f(x)= ____________

Graphical Transformations 4001)3(

2

1)( 2 xxf

Graphical Transformations 400

Page 10: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: The graph below represents the function g(x). What is the absolute maximum and minimum of g(x)?

Maximum ________

Minimum ________

Piecewise Functions100

Piecewise Functions 100

Page 11: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: The graph below represents the function g(x). What are the value(s) of x when g(x)= -1?

x = ______________

Piecewise Functions200

Piecewise Functions 200

Page 12: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: The graph below represents the function g(x). Which of the following statements are FALSE? Circle ALL that apply.

(a) g(-2) is less than g(3)

(b) g(x) is only decreasing onthe interval

(c) The range of g(x) is

(d) g(1) = -1 and g(4) = 2 are NOT solutions to this function.

(e) g(x) is only increasing onthe interval

Piecewise Functions300

Piecewise Functions 300

Page 13: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: The graph below represents the function g(x). What is the domain and range of g(x)?

Domain ________

Range ________

Piecewise Functions400

Piecewise Functions 400

Page 14: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: Find the end behavior of the following function:

Polynomial Functions100

Piecewise Functions 300

Page 15: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Which of the following is the function of the graph shown?

(a) (b)

(c) (d) (e)

Polynomial Functions200

Piecewise Functions 200

Page 16: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Which of the following is the function of the graph shown?

(a) (b)

(c) (d) (e)

Polynomial Functions300

Polynomial Functions 100

Page 17: Solving Equations Graphical Transformations Piecewise Functions Polynomial Functions 100 200 300 400

Directions: Find all of the following for the function

(a) The degree _______________ (b) The x-intercept(s) that cross the x-axis _______________ (c) The x-intercept(s) that touch the x-axis _______________ (d) The y-intercept _______________ (e) The end behavior of the function is _______________

Polynomial Functions400

Piecewise Functions 400