diff --git a/.etc/documentation/man1/tutorial.1 b/.etc/documentation/man1/tutorial.1
index 129793e22c2209545eaaa0594766113d3e4510f3..630d708e27005b56dfe808ad2e998da08593f211 100644
--- a/.etc/documentation/man1/tutorial.1
+++ b/.etc/documentation/man1/tutorial.1
@@ -19,11 +19,15 @@ For bootstrapping, call:
 source /gpfs/wolf/trn003/world-shared/bootstrap.sh
 \f[R]
 .fi
+.PP
+This will copy the tutorial\[cq]s material into your home folder and
+patch your login script (\f[C]bashrc\f[R]) to include environment
+variables and scripts from the tutorial.
 .SS Port Forwarding
 .PP
 The tutorial is set up as three interactive Jupyter Notebooks guiding
 through the tasks which should be run from Ascent.
-Once you login and bootstrap your environment, an OpenSSH command for
+Once you login and bootstrap your environment, an ssh command for
 connecting to Ascent with port forwarding using your personal port is
 displayed.
 Use the same port in case you use PuTTy.
@@ -39,17 +43,15 @@ That commands forwards your local port 8000 to port 8125 on Ascent.
 When you connect to your local port 8000 on your local machine, SSH will
 forward all requests to Ascent\[cq]s port 8125.
 .PP
-After bootstrapping, please reconnect with port forwarding.
+After bootstrapping, please reconnect to Ascent with port forwarding.
 .SS Folder Structure
 .PP
 There is one directory in your home directory, \f[C]SC19-Tutorial\f[R].
 Inside, you find all material for the session: PDFs for lectures and the
-hands-on source code you are going to work on.
+hands-on material (Notebooks and source code) you are going to work on.
 .SS Jupyter Notebooks
 .PP
-Change the directory to the respective hands-on session.
-Inside, you find a Jupyter Notebook (file extension: .ipynb).
-Launch a Jupyter server call
+Launch a Jupyter server with
 .IP
 .nf
 \f[C]
@@ -60,20 +62,24 @@ jupyter lab
 Once the server is running, a URL is displayed.
 Paste it into a browser window of your local computer.
 The port forwarding takes care that the Notebook is executed on Ascent.
+.PP
+Browse to the directory of the task at hand.
 .SS Tasks
 .PP
 The Notebooks run through the individual sub-tasks and comment the
 results you see.
 System commands are executed with \f[C]!\f[R], which will forward the
-arguments to the bash process which runs the Notebook.
+arguments to the bash process which runs the Notebook (so, a
+\f[C]!\f[R]-Jupyter cell is actually not a Python cell!).
 Jupyter also comes with a source code editor, which is linked inside the
 Notebook.
-You can even use Jupyter to launch Terminals running the web browser.
+You can even use Jupyter to launch Terminals running in the web browser!
+Test it out!
 .PP
-\f[B]Fall Back\f[R]: All tasks can also be executed without a Jupyter
-Notebook.
-In that case HTML and PDF converts exist next to the Notebooks.
-Read them and following the instructions in shell.
+\f[B]Fall Back\f[R]: All tasks can also be executed without an
+interactive Jupyter Notebook.
+In that case, HTML and PDF conversions exist next to the Notebooks.
+Read them and following the instructions in a shell.
 .PP
 Solutions are always given in separate files.
 Information is linked in the Notebooks.
diff --git a/.etc/documentation/tutorial.md b/.etc/documentation/tutorial.md
index eb039900f884c0db9ec33ef018500e069754cd02..2cd21a84e014f49f5153a46212d8705f3fe62a00 100644
--- a/.etc/documentation/tutorial.md
+++ b/.etc/documentation/tutorial.md
@@ -18,9 +18,11 @@ Bootstrapping is done once after your initial login to enter the tutorial's infr
 source /gpfs/wolf/trn003/world-shared/bootstrap.sh
 ```
 
+This will copy the tutorial's material into your home folder and patch your login script (`bashrc`) to include environment variables and scripts from the tutorial.
+
 ## Port Forwarding
 
-The tutorial is set up as three interactive Jupyter Notebooks guiding through the tasks which should be run from Ascent. Once you login and bootstrap your environment, an OpenSSH command for connecting to Ascent with port forwarding using your personal port is displayed. Use the same port in case you use PuTTy. It looks like the following, but with your port and user:
+The tutorial is set up as three interactive Jupyter Notebooks guiding through the tasks which should be run from Ascent. Once you login and bootstrap your environment, an ssh command for connecting to Ascent with port forwarding using your personal port is displayed. Use the same port in case you use PuTTy. It looks like the following, but with your port and user:
 
 ```
 ssh -L 8000:localhost:8125 test@login1.ascent.olcf.ornl.gov
@@ -28,15 +30,15 @@ ssh -L 8000:localhost:8125 test@login1.ascent.olcf.ornl.gov
 
 That commands forwards your local port 8000 to port 8125 on Ascent. When you connect to your local port 8000 on your local machine, SSH will forward all requests to Ascent's port 8125.
 
-After bootstrapping, please reconnect with port forwarding.
+After bootstrapping, please reconnect to Ascent with port forwarding.
 
 ## Folder Structure
 
-There is one directory in your home directory, `SC19-Tutorial`. Inside, you find all material for the session: PDFs for lectures and the hands-on source code you are going to work on.
+There is one directory in your home directory, `SC19-Tutorial`. Inside, you find all material for the session: PDFs for lectures and the hands-on material (Notebooks and source code) you are going to work on.
 
 ## Jupyter Notebooks
 
-Change the directory to the respective hands-on session. Inside, you find a Jupyter Notebook (file extension: .ipynb). Launch a Jupyter server call
+Launch a Jupyter server with
 
 ```
 jupyter lab
@@ -44,11 +46,13 @@ jupyter lab
 
 Once the server is running, a URL is displayed. Paste it into a browser window of your local computer. The port forwarding takes care that the Notebook is executed on Ascent.
 
+Browse to the directory of the task at hand.
+
 ## Tasks
 
-The Notebooks run through the individual sub-tasks and comment the results you see. System commands are executed with `!`, which will forward the arguments to the bash process which runs the Notebook. Jupyter also comes with a source code editor, which is linked inside the Notebook. You can even use Jupyter to launch Terminals running the web browser.
+The Notebooks run through the individual sub-tasks and comment the results you see. System commands are executed with `!`, which will forward the arguments to the bash process which runs the Notebook (so, a `!`-Jupyter cell is actually not a Python cell!). Jupyter also comes with a source code editor, which is linked inside the Notebook. You can even use Jupyter to launch Terminals running in the web browser! Test it out!
 
-**Fall Back**: All tasks can also be executed without a Jupyter Notebook. In that case HTML and PDF converts exist next to the Notebooks. Read them and following the instructions in shell.
+**Fall Back**: All tasks can also be executed without an interactive Jupyter Notebook. In that case, HTML and PDF conversions exist next to the Notebooks. Read them and following the instructions in a shell.
 
 Solutions are always given in separate files. Information is linked in the Notebooks.