diff --git a/lab_guides/Lab_14.md b/lab_guides/Lab_14.md
index d3f169b..965b738 100644
--- a/lab_guides/Lab_14.md
+++ b/lab_guides/Lab_14.md
@@ -435,14 +435,10 @@ X_hd = pd.DataFrame(pd.np.tile(adData, (1, 500)))
 ```
 
 
-From the output, you can see that the session crashes because all the
+From the output, you can see that the session might crash because all the
 RAM provided by Jupyter has been used. The session might restart, and you
 will lose all your variables. Hence, it is always good to be mindful of
-the resources you are provided with, along with the dataset. As a data
-scientist, if you feel that a dataset is huge with many features but the
-resources to process that dataset are limited, you need to get in touch
-with the organization and get the required resources or build an
-appropriate strategy to address these high-dimensional datasets.
+the resources you are provided with, along with the dataset.
 
 
 Strategies for Addressing High-Dimensional Datasets
diff --git a/lab_guides/Lab_6.md b/lab_guides/Lab_6.md
index e4db1e6..1e189bf 100644
--- a/lab_guides/Lab_6.md
+++ b/lab_guides/Lab_6.md
@@ -196,10 +196,8 @@ This generates the following output:
 
 Caption: The temps\_ndarray vector
 
-Note that the output contains single square brackets, `[` and
-`]`, and the numbers are separated by spaces. This is
-different from the output from a Python list, which you can obtain using
-the following code snippet:
+
+
 
 ```
 print(temps_list)
@@ -232,9 +230,7 @@ Caption: Shape of the temps\_ndarray vector
 ### Matrices
 
 
-There are times when you need to convert between vectors and matrices.
-Let\'s revisit `temps_ndarray`. You may recall that it has
-five elements because the shape was `(5,)`. To convert it into
+To convert `temps_ndarray` into
 a matrix with five rows and one column, you would use the following
 snippet: