make room for a second task before fractional numbers

6 files changed, 5 insertions, 5 deletions

diff --git a/tutorial/index.md b/tutorial/index.md
index 72917533..0967b059 100644
--- a/tutorial/index.md
+++ b/tutorial/index.md
@@ -354,7 +354,7 @@ the precise register a function header specifies. The return value can even be
 a literal integer or in memory somewhere. The `return` is really just a `copy`
 to the appropriate register(s). This is why the second example above is legal.
 
-## Task 9: operating with fractional numbers
+## Task 10: operating with fractional numbers
 
 All our variables so far have had type `int` (integer), but there are limits
 to what you can do with just whole integers. For example, here's the formula
@@ -375,7 +375,7 @@ Write a function to perform this conversion. Some starting points:
 
 This task has four source files in the repo that reveal more and more of the
 answer. Start from the first, and bump down if you need a hint.
-* tutorial/task8.mu
-* tutorial/task8-hint1.mu
-* tutorial/task8-hint2.mu
-* tutorial/task8-hint3.mu
+* tutorial/task10.mu
+* tutorial/task10-hint1.mu
+* tutorial/task10-hint2.mu
+* tutorial/task10-hint3.mu
diff --git a/tutorial/task9-hint1.mu b/tutorial/task10-hint1.mu
index 903284f4..903284f4 100644
--- a/tutorial/task9-hint1.mu
+++ b/tutorial/task10-hint1.mu
diff --git a/tutorial/task9-hint2.mu b/tutorial/task10-hint2.mu
index 97ccfc51..97ccfc51 100644
--- a/tutorial/task9-hint2.mu
+++ b/tutorial/task10-hint2.mu
diff --git a/tutorial/task9-hint3.mu b/tutorial/task10-hint3.mu
index e8a78c3d..e8a78c3d 100644
--- a/tutorial/task9-hint3.mu
+++ b/tutorial/task10-hint3.mu
diff --git a/tutorial/task9-solution1.mu b/tutorial/task10-solution1.mu
index 117bceb0..117bceb0 100644
--- a/tutorial/task9-solution1.mu
+++ b/tutorial/task10-solution1.mu
diff --git a/tutorial/task9.mu b/tutorial/task10.mu
index e6bee1fa..e6bee1fa 100644
--- a/tutorial/task9.mu
+++ b/tutorial/task10.mu