diff --git a/ex10/README.md b/ex10/README.md
index 48c77581e4491adb8767cde9840ce7aa6b8bacad..2315aabdbb1b6451852a127dca46838a85bd60ac 100644
--- a/ex10/README.md
+++ b/ex10/README.md
@@ -17,7 +17,7 @@ The result should look somewhat like this:
 
 <img width="500px" src="img/timeline.gif">
 
-**Summary of Tasks:** Create a timeline visualization for this vector field.
+**Summary of Tasks:** Create a timeline visualization for this vector field. Save your submission code as `task1.py`.
 
 
 ## Task 2: Going critical... (3P)
@@ -54,7 +54,7 @@ The result should look like this:
 
 <img width="500px" src="img/critical.png">
 
-**Summary of Tasks:** Calculate and display critical points. Why are there so many points in the bottom middle, and how could you remove them?
+**Summary of Tasks:** Calculate and display critical points. Save your submission code as `task2.py`. Why are there so many points in the bottom middle, and how could you remove them?
 
 ## Task 3: Tensor Fields (1P)
 After scalar fields and vector fields, the next dimension is tensor fields. As you should have learned in the lecture, visualizing tensor fields directly is almost impossible and you need special methods to visualize them in a meaningful way. One of the methods is computing the eigenvalues and using a glyph-based approach.
@@ -65,4 +65,4 @@ The result should look somewhat like this:
 
 <img width="500px" src="img/tensor.png">
 
-**Summary of Tasks:** Create a glyph based visualization for the tensor field.
+**Summary of Tasks:** Modify `Tensors.py` to create a glyph based visualization for the tensor field.