diff --git a/education/trial-in-a-box/educator-tib-get-started.md b/education/trial-in-a-box/educator-tib-get-started.md
index 1a1f2a36e8..f639fbf9aa 100644
--- a/education/trial-in-a-box/educator-tib-get-started.md
+++ b/education/trial-in-a-box/educator-tib-get-started.md
@@ -29,6 +29,7 @@ ms.date: 03/18/2018
 | [![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. | 
 |  |  |
 
 </br>
@@ -264,42 +265,56 @@ Today, we'll explore a Minecraft world through the eyes of a student.
 </br>
 </br>
 
-<!-- [![Do Math with Ink](images/edu-tib-setp-7-v1.png)](#edu-task7) | **Attempting to show students how to solve math equations step-by-step?** </br>Use the [Math Assistant](#edu-task7) in OneNote to show students the steps of solving problems and graph equations.
-![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.
+**Let's solve 3x+4=7 in OneNote using the pen!**
+To get started:
+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.
+  ![OneNote icon](images/OneNote_logo.png)
 
-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)
+2. In the top left corner, click on the **<** arrow to access your notebooks and pages.
 
-4. Finally, **drag and drop** the steps to your page.
+  ![OneNote back arrow navigation button](images/left_arrow.png)
 
-5. On the **View** tab, click the **Replay** button and select the written equation to watch it replay your text. 
+3. Click **Add Page** to launch a blank work space.
 
-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.
+  ![Select add page button](images/plus-page.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)
+4. Make sure your pen is paired to the device. To pair, see <a href="https://support.microsoft.com/en-us/help/12383" target="_blank">Connect to Bluetooth devices</a>.
 
-3. Expand **Key Graph Features** to understand the properties of your function, such as minima, maxima, zeros, etc.
+To solve the equation 3x+4=7, follow these instructions:
+1. Write the equation 3x+4=7 in ink using the pen or type it in as text.
 
-4. Finally, click the **Insert on Page** button below the graph to add a screenshot of the graph to your page.
+2. 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 mouse.
+
+  ![Lasso button](images/lasso.png)
+
+3. On the **Draw** tab, click the **Math** button.  
+
+  ![Math button](images/math-button.png)
+
+4. 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)
+
+5. From the second drop-down below, choose **Steps for Solving Linear Formula**, which shows you the step-by-step solution of this equation.
+
+6. On the **View** tab, click the **Replay** button. Use your mouse to select the written equation and watch your text in replay. Replay is great for students to review how the teacher solved the equation and for teachers to review how students approached a problem.
+
+  ![Replay button](images/replay.png)
+
+To graph the equation 3x+4=7, follow these instructions:
+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. 
+</br>
 </br>
-</br> -->
 
 **Watch what Educators say about Microsoft Education delivering better learning outcomes**
 Bring out the best in students by providing a platform for collaborating, exploring, personalized learning, and getting things done across all devices.
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