{{asɛmtiNe Ɔkyerɛwfo}} | Nhomakorabea | Nneɛma a ɛma wotumi yɛ ade

8

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)
Use items from the left to form the domain and range of the function on the right.

0
1
2
3
4
5
6
7

Domain of {(1,2),(3,2),(4,7)}
Range of {(1,2),(3,2),(4,7)}

5

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)
Use ONE item from the left to form the domain and range of the function on the right.

All real numbers ≥ 3
All real numbers ≤ 0
All real numbers
All real numbers ≤ 2
All real numbers ≥ -2

Domain of f(x)=2x^{2}+3
Range of f(x)=2x^{2}+3

10

Graphing Quadratic Functions (Lesson 4-1)
Graph the quadratic function by hand. Use contrasting colors. When your graph is complete, you may use a graphing calculator to check your work.
f(x)=(x-3)^{2}-5

10

Graphing Quadratic Functions (Lesson 4-1)
Graph the quadratic function. Zoom and pan your graph to establish an appropriate viewing window.
f(x)=2(x-3)^{2}+1

Akwankyerɛ

Klik Graph tab (Graph 1, Graph 2, ne nea ɛkeka ho) so ma graph biara a ɛsɛ sɛ wobɔ.
Klik graph no akyi na fa asɛm bi ka ho. Fa nsɛntitiriw abien ka ho na yɛ graph. Twe asɛm bi anaa kyerɛw x ne y coordinates na sesa ne gyinabea. Klik asɛm bi so na popa.
Sɛ wobɔ wo graph no wie a, wubetumi ahyɛ dashed line box no mu.

10

Multiplying Binomials (Lesson 4-4)
Find the product of the binomials. Enter the resulting expression in standard form.

10

Multiplying Binomials (Lesson 4-4)
Find the product of the binomials. Enter the resulting expression in standard form.

10

Solving by Factoring (Lessons 4-5 and 5-3)
Solve the equation by factoring. Select all that apply.
Show your work on the canvas.
You may also complete your work on paper or on a whiteboard and upload a clear picture of it to the canvas.

x=3

x=\frac{11}{4}

x=\frac{5}{2}

x=\frac{1}{8}

10

Combining two or more elements forms composite chemical mixtures. In some cases, if you change the order in which you mix two chemicals, it can produce very different results.
A composite function is made by combining two functions. If you are buying a $60 shirt and there is a 50% off sale and you have a $10 coupon, does it make a difference which discount is applied first? If so, which order results in a lower price?

5

One-to-one relationships describe situations where people are matched with unique identifiers, such as their social security numbers.
A function is a relation that matches x-values to y-values. What do you suppose a one-to-one function is?

5

In an orchestra, the principal player is chosen among all the other musicians that play a certain instrument to sit in the first chair and lead the section.
In math, what do you suppose a principal root is?

Algebra 2 6-0 Get Ready for Chapter 6

Algebra 2 6-0 Get Ready for Chapter 6

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)
Use items from the left to form the domain and range of the function on the right.

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)
Use ONE item from the left to form the domain and range of the function on the right.

Graphing Quadratic Functions (Lesson 4-1)
Graph the quadratic function by hand. Use contrasting colors. When your graph is complete, you may use a graphing calculator to check your work.
f(x)=(x-3)^{2}-5

Graphing Quadratic Functions (Lesson 4-1)
Graph the quadratic function. Zoom and pan your graph to establish an appropriate viewing window.
f(x)=2(x-3)^{2}+1

Multiplying Binomials (Lesson 4-4)
Find the product of the binomials. Enter the resulting expression in standard form.

Multiplying Binomials (Lesson 4-4)
Find the product of the binomials. Enter the resulting expression in standard form.

Solving by Factoring (Lessons 4-5 and 5-3)
Solve the equation by factoring. Select all that apply.
Show your work on the canvas.
You may also complete your work on paper or on a whiteboard and upload a clear picture of it to the canvas.

One-to-one relationships describe situations where people are matched with unique identifiers, such as their social security numbers.
A function is a relation that matches x-values to y-values. What do you suppose a one-to-one function is?

In an orchestra, the principal player is chosen among all the other musicians that play a certain instrument to sit in the first chair and lead the section.
In math, what do you suppose a principal root is?

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)
Use items from the left to form the domain and range of the function on the right.

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)
Use ONE item from the left to form the domain and range of the function on the right.

Graphing Quadratic Functions (Lesson 4-1)
Graph the quadratic function by hand. Use contrasting colors. When your graph is complete, you may use a graphing calculator to check your work.
f(x)=(x-3)^{2}-5

Graphing Quadratic Functions (Lesson 4-1)
Graph the quadratic function. Zoom and pan your graph to establish an appropriate viewing window.
f(x)=2(x-3)^{2}+1

Multiplying Binomials (Lesson 4-4)
Find the product of the binomials. Enter the resulting expression in standard form.

Multiplying Binomials (Lesson 4-4)
Find the product of the binomials. Enter the resulting expression in standard form.

Solving by Factoring (Lessons 4-5 and 5-3)
Solve the equation by factoring. Select all that apply.
Show your work on the canvas.
You may also complete your work on paper or on a whiteboard and upload a clear picture of it to the canvas.

One-to-one relationships describe situations where people are matched with unique identifiers, such as their social security numbers.
A function is a relation that matches x-values to y-values. What do you suppose a one-to-one function is?

In an orchestra, the principal player is chosen among all the other musicians that play a certain instrument to sit in the first chair and lead the section.
In math, what do you suppose a principal root is?

Algebra 2 6-0 Get Ready for Chapter 6

Algebra 2 6-0 Get Ready for Chapter 6

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)Use items from the left to form the domain and range of the function on the right.

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)Use ONE item from the left to form the domain and range of the function on the right.

Graphing Quadratic Functions (Lesson 4-1)Graph the quadratic function by hand. Use contrasting colors. When your graph is complete, you may use a graphing calculator to check your work.f(x)=(x-3)^{2}-5

Graphing Quadratic Functions (Lesson 4-1)Graph the quadratic function. Zoom and pan your graph to establish an appropriate viewing window.f(x)=2(x-3)^{2}+1

Multiplying Binomials (Lesson 4-4)Find the product of the binomials. Enter the resulting expression in standard form.

Multiplying Binomials (Lesson 4-4)Find the product of the binomials. Enter the resulting expression in standard form.

Solving by Factoring (Lessons 4-5 and 5-3)Solve the equation by factoring. Select all that apply.Show your work on the canvas.You may also complete your work on paper or on a whiteboard and upload a clear picture of it to the canvas.

One-to-one relationships describe situations where people are matched with unique identifiers, such as their social security numbers. A function is a relation that matches x-values to y-values. What do you suppose a one-to-one function is?

In an orchestra, the principal player is chosen among all the other musicians that play a certain instrument to sit in the first chair and lead the section. In math, what do you suppose a principal root is?

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)Use items from the left to form the domain and range of the function on the right.

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)Use ONE item from the left to form the domain and range of the function on the right.

Graphing Quadratic Functions (Lesson 4-1)Graph the quadratic function by hand. Use contrasting colors. When your graph is complete, you may use a graphing calculator to check your work.f(x)=(x-3)^{2}-5

Graphing Quadratic Functions (Lesson 4-1)Graph the quadratic function. Zoom and pan your graph to establish an appropriate viewing window.f(x)=2(x-3)^{2}+1

Multiplying Binomials (Lesson 4-4)Find the product of the binomials. Enter the resulting expression in standard form.

Multiplying Binomials (Lesson 4-4)Find the product of the binomials. Enter the resulting expression in standard form.

Solving by Factoring (Lessons 4-5 and 5-3)Solve the equation by factoring. Select all that apply.Show your work on the canvas.You may also complete your work on paper or on a whiteboard and upload a clear picture of it to the canvas.

One-to-one relationships describe situations where people are matched with unique identifiers, such as their social security numbers. A function is a relation that matches x-values to y-values. What do you suppose a one-to-one function is?

In an orchestra, the principal player is chosen among all the other musicians that play a certain instrument to sit in the first chair and lead the section. In math, what do you suppose a principal root is?

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)
Use items from the left to form the domain and range of the function on the right.

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)
Use ONE item from the left to form the domain and range of the function on the right.

Graphing Quadratic Functions (Lesson 4-1)
Graph the quadratic function by hand. Use contrasting colors. When your graph is complete, you may use a graphing calculator to check your work.
f(x)=(x-3)^{2}-5

Graphing Quadratic Functions (Lesson 4-1)
Graph the quadratic function. Zoom and pan your graph to establish an appropriate viewing window.
f(x)=2(x-3)^{2}+1

Multiplying Binomials (Lesson 4-4)
Find the product of the binomials. Enter the resulting expression in standard form.

Multiplying Binomials (Lesson 4-4)
Find the product of the binomials. Enter the resulting expression in standard form.

Solving by Factoring (Lessons 4-5 and 5-3)
Solve the equation by factoring. Select all that apply.
Show your work on the canvas.
You may also complete your work on paper or on a whiteboard and upload a clear picture of it to the canvas.

One-to-one relationships describe situations where people are matched with unique identifiers, such as their social security numbers.
A function is a relation that matches x-values to y-values. What do you suppose a one-to-one function is?

In an orchestra, the principal player is chosen among all the other musicians that play a certain instrument to sit in the first chair and lead the section.
In math, what do you suppose a principal root is?

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)
Use items from the left to form the domain and range of the function on the right.

Finding the Domain and Range of Functions (Lessons 2-1 and 4-1)
Use ONE item from the left to form the domain and range of the function on the right.

Graphing Quadratic Functions (Lesson 4-1)
Graph the quadratic function by hand. Use contrasting colors. When your graph is complete, you may use a graphing calculator to check your work.
f(x)=(x-3)^{2}-5

Graphing Quadratic Functions (Lesson 4-1)
Graph the quadratic function. Zoom and pan your graph to establish an appropriate viewing window.
f(x)=2(x-3)^{2}+1

Multiplying Binomials (Lesson 4-4)
Find the product of the binomials. Enter the resulting expression in standard form.

Multiplying Binomials (Lesson 4-4)
Find the product of the binomials. Enter the resulting expression in standard form.

Solving by Factoring (Lessons 4-5 and 5-3)
Solve the equation by factoring. Select all that apply.
Show your work on the canvas.
You may also complete your work on paper or on a whiteboard and upload a clear picture of it to the canvas.

One-to-one relationships describe situations where people are matched with unique identifiers, such as their social security numbers.
A function is a relation that matches x-values to y-values. What do you suppose a one-to-one function is?

In an orchestra, the principal player is chosen among all the other musicians that play a certain instrument to sit in the first chair and lead the section.
In math, what do you suppose a principal root is?