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Updated educator-tib-get-started.md, adding math section

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education/trial-in-a-box/educator-tib-get-started.md
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| [![Open OneNote](images/edu-TIB-setp-4-v3.png)](#edu-task4) | **Trying to expand classroom creativity and interaction between students?** </br>Open [OneNote](#edu-task4) and create an example group project for your class. |
| [![Try Photos app](images/edu-tib-setp-5-v4.png)](#edu-task5) | **Curious about telling stories through video?** </br>Try the [Photos app](#edu-task5) to make your own example video. |
| [![Play with Minecraft: Education Edition](images/edu-tib-setp-6-v4.png)](#edu-task6) | **Want to teach kids to further collaborate and problem solve?** </br>Play with [Minecraft: Education Edition](#edu-task6) to see how it can be used as a collaborative and versatile platform across subjects to encourage 21st century skills. |
| [![Do Math with Windows Ink](images/edu-tib-setp-7-v1.png)(#edu-task7)] | **Want to provide a personal math tutor for your students?** </br>Use [Windows Ink and the Math Assistant feature](#edu-task7) in OneNote to give students step-by-step instructions and interactive 2D graphs for math problems. |
| [![Do Math with Windows Ink](images/edu-tib-setp-7-v1.png)](#edu-task7) | **Want to provide a personal math tutor for your students?** </br>Use [Windows Ink and the Math Assistant feature](#edu-task7) in OneNote to give students step-by-step instructions and interactive 2D graphs for math problems. |
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![Help students understand new math concepts with the Math Assistant in OneNote](images/edu-TIB-setp-7-jump.png)
## <a name="edu-task7"></a>7. Go digital in your Math classroom
![Help students understand new math concepts with the Math Assistant in OneNote](images/Inking.png)
## <a name="edu-task7"></a>7. Use Windows Ink to provide a personal math tutor for your students
Whether you are an Ink user or prefer to type your math as text, Math Assistant can:
* give your students step-by-step instructions on how to solve their math problems.
* help them visualize math functions on an interactive 2D graph.
This digital tutor is available in the OneNote app for Windows 10 and OneNote Online.
The **Math Assistant** and **Ink Replay** features available in the OneNote app for Windows 10 and OneNote Online give your students step-by-step instructions on how to solve their math problems and help them visualize math functions on an interactive 2D graph.
**Try this in OneNote!**
To solve x^2-3x+2=0:
1. Write your equation in ink or type it as text. Use the **Lasso** tool to select the inked equation (or select the text if you typed it) and then, on the **Draw** tab, click the **Math** button.
**Solve 3x+4=7 in OneNote!**
1. Open the OneNote app for Windows 10 (not OneNote 2016).
2. From the drop-down menu in the Math pane, select the option to **Solve for x**. You can now see the final solution of the equation.
2. Click **Add Page** to launch a blank work space.
3. From the second drop down below, choose **Steps Using the Quadratic Formula**, which shows you the step-by-step solution of this equation.
![Select the Math button and use the dropdown menus](images/Math1.png)
![Select add page button](images/plus-page.png)
4. Finally, **drag and drop** the steps to your page.
3. Write the equation 3x+4=7 in ink or type it as text.
5. On the **View** tab, click the **Replay** button and select the written equation to watch it replay your text.
4. If you wrote the equation using digital ink, use the **Lasso** tool to circle the equation. If you typed the equation, highlight it using your cursor.
To graph y=sin(x):
1. Write your equation in ink or type it as text (make sure the "y" isn't capitalized). Use the **Lasso** tool to select the inked equation (or select the text if you typed it) and then, on the **Draw** tab, click the **Math** button.
![Lasso tool button](images/lasso.png)
2. From the drop-down menu in the Math pane, select the option to **Graph in 2D**.
>You can play with the interactive graph of your equation - use a **single finger** to move the graph position or **two fingers** to change the zoom level, or use a mouse to **click and drag** to move the position or use the **magnification** buttons to change the zoom level.
> ![Select the Math button and use the dropdown menu](images/Math2.png)
5. On the Draw tab, click the **Math** button.
3. Expand **Key Graph Features** to understand the properties of your function, such as minima, maxima, zeros, etc.
![Math button](images/math-button.png)
4. Finally, click the **Insert on Page** button below the graph to add a screenshot of the graph to your page.
To solve 3x+4=7:
1. From the drop-down menu in the **Math** pane, select the option to **Solve for x**. You can now see the final solution of the equation.
![Solve for x menu](images/solve-for-x.png)
2. From the second drop-down below, choose **Steps for Solving Linear Formula**, which shows you the step-by-step solution of this equation.
3. On the **View** tab, click the **Replay** button and select the written equation to watch it replay your text. Replay is great for students to review how the teacher solved the equation, for example.
![Replay button](images/replay.png)
To graph 3x+4=7:
1. From the drop-down menu in the **Math** pane, select the option to **Graph Both Sides in 2D**. You can play with the interactive graph of your equation - use a single finger to move the graph position or two fingers to change the **zoom** level.
![Graph both sides in 2D](images/graph-for-x.png)
2. Click the **Insert on Page** button below the graph to add a screenshot of the graph to your page.
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