Vocabulary 1
Lesson 9-1
Lesson 9-2
Lesson 9-3
Lesson 9-4
100

Alg: What do we call the graph of a quadratic function? 

Alg: Parabola

100

PA: Write each expression using exponents:

5x5x5x5x5x5x5x5x5x5x5x5x5x5x5x5x5

Alg:


#1) Does this graph in the back have maximum or minimum value? 

#2) Which answer choice describes y = -3x2+7x-2 accurately? 

a. opens up with a maximum

b. opens up with a minimum

c. opens down with a maximum

d. opens down with a minimum 

PA: 517 

Alg: Min

100

PA: Determine whether the number is prime or composite. 

67

Alg: Draw a parabola that will have TWO REAL solutions. 

PA: Prime

Alg: Your drawing should show a parabola (opening up or down is fine) that crosses the x-axis in TWO places! Two examples are shown below. 

100

PA: Find the product or quotient. Express using exponents. (-3)3(-3)5


PA: (-3)8


100

Alg: Which equation below is a quadratic function translated up 5 units? 

a. y = x2 + 5

b. y = (x + 5)2

c. y = 5x2

d. y = -x2 - 5

a. y = x2 + 5

200

PA: Tells us how many times a number is used as a factor.

Alg: 


The point in which a graph hits the x-axis is known as the _____

PA: Exponent

Alg: Root or x-intercept

200

PA: Write each expression using exponents:

(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)(Y)

Alg:

 Which answer choice describes y = -3x2+7x-2 accurately? 

a. opens up with a maximum

b. opens up with a minimum

c. opens down with a maximum

d. opens down with a minimum

PA: Y30

Alg: C

200

PA: Determine whether the number is prime or composite. 

91

Alg: Draw a parabola that will have ONE REAL solution. 

PA: Composite

Alg: Your drawing should show a parabola (opening up or down is fine) that crosses the x-axis in ONE place! Two examples are shown below. 


200

PA: Find the product or quotient. Express using exponents.

n27*n12*t43*t17


PA: n39t60


200

Alg: Which equation below is a quadratic function translated left 4 units? 

a. y = x2 + 4

b. y = (x + 4)2

c. y = (x - 4)2

d. y = 4x2

b. y = (x + 4)2

300

PA: The shape of the graph of the equation y=x2+1. This curve formed by the quadratic equation is called the __________.

Alg: What is the maximum/minimum of a parabola called? 

PA: Parabola

Alg: Vertex

300

PA: Write the expression using exponents:

r * r * r * r * r * r * r * t * -u * -u * -u

Alg: What is the y intercept for the equation: y= -8x2+3x-7


PA: r7 * t * (-u)3

Alg: (0, -7) 

300

PA: Find the prime factorization of 18 using exponents for repeated factors.

Alg: What are the solutions to the to the quadratic function whose graph is shown below?


PA: 2 • 32 

Alg: x = -3 & 2

300

PA: Find the product or quotient. Express using exponents.

(-4n2)(5n12)(2t4)(4t7)


PA: (-20n16)(8t11)


300

Alg: If the blue is f(x)=x2, then the red must be g(x)=... 

g(x)=x2-5

400

PA: Which of the following is an exponential function?
a. y = x2

b. f(x) = 3x3

c. y = x3

d. f(x) = 3x

Alg: What is the axis of symmetry? 

PA: D

Alg: the dividing line for a parabola 

400

PA: Write the expression using exponents:

5 * 5 * (-2) * (-2) * r * r * r * r

Alg:


What is the vertex of this parabola?

PA: 52 * (-2)2 * r4

Alg:(−1, 3) 

400

PA: Find the prime factorization of -735g2h4 using exponents for repeated factors.

Alg: Solve by graphing x2+6x+9=0

PA: -1 * 3 * 5 * 72 * g * g * h * h * h * h

Alg: -3 

400

Evaluate the expression using the quotient rule. 



8x4 


400


G The graph of h is wider than the graph of f. 

500

PA: Where the parabola crosses the y-axis. This is called...

Alg: Does the following quadratic equation have a maximum or minimum value? How can you tell?

y=x²+2x-3

PA: The y-axis

Alg: Minimum value, because the a value is positive.

500

PA: Evaluate the expression if a= -3, b= 8, c= 2.

b2a - c3

Alg:


Where is the axis of symmetry for this parabola?

PA: -200

Alg: x= -1

500

PA: Twin primes are a pair of consecutive odd primes, which differ by two. For example, 3 & 5 are twin primes. Find the twin primes less than 100. (Hint: there are 8 pairs of twins less than 100).

Alg: Solve by graphing x2-5x+6=0

PA: 3&5, 5&7, 11&13, 17&19, 29&31, 41&43, 59&61, 71&73

Alg: 2, 3

500

PA:  

 

PA:


500

Alg: What are the green dots called? 

roots or x-intercepts

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