diff --git a/Concurrent Systems/notes/4b - Monitors.md b/Concurrent Systems/notes/4b - Monitors.md
index 8e03315..df7fc00 100644
--- a/Concurrent Systems/notes/4b - Monitors.md	
+++ b/Concurrent Systems/notes/4b - Monitors.md	
@@ -1,7 +1,7 @@
 Semaphores are hard to use in practice because quite low level Monitors provide an easier definition of concurrent objects at the level of Prog. Lang.
 
 >[!note] MUTEX
->Every operation in a monitor is done with mutual exc
+>Monitors provide mutual exclusion. Operations in a monitor are done with mutual exclusion.
 
 Inter-process synchronization is done through *conditions*, which are objects that provide the following operations:
 - ***wait*:** the invoking process suspends, enters into the condition's queue, and releases the mutex on the monitor
@@ -34,7 +34,8 @@ Of course, `signal()` will have no effect on the last process who calls it.
 - A semaphore MUTEX init at 1 (to guarantee mutex in the monitor)
 - For every condition C, a semaphore SEMC init at 0 and an integer $N_{C}$ init at 0 (to store and count the number of suspended processes on the given condition)
 - A semaphore PRIO init at 0 and an integer $N_{PR}$ init at 0 (to store and count the number of processes that have performed a signal, and so have priority to re-enter the monitor)
->[!note]Operations
+
+>[!note] Operations
 >Every monitor operation starts with `MUTEX.down()` and ends with `if NPR > 0 then PRIO.up() else MUTEX.up()`
 
 ```