Use markdown style lists

11-03.md

@@ -29,22 +29,22 @@ outrun even zero—5 cycles longer than the official execution time.)
 
 To summarize:
 
--   Memory-accessing instructions don't run at their official speeds on
+  * Memory-accessing instructions don't run at their official speeds on
     non-zero-wait-state 286/386 computers.
--   The prefetch queue cycle-eater reduces performance on 286/386
+  * The prefetch queue cycle-eater reduces performance on 286/386
     computers, particularly when non-zero-wait-state memory is used.
--   Branches often execute at less than their rated speeds on the 286
+  * Branches often execute at less than their rated speeds on the 286
     and 386 since the prefetch queue is emptied.
--   The extent to which the prefetch queue and wait states affect
+  * The extent to which the prefetch queue and wait states affect
     performance varies from one 286/386 computer to another, making
     precise optimization impossible.
 
 What's to be learned from all this? Several things:
 
--   Keep your instructions short.
--   Keep it in the registers; avoid memory, since memory generally can't
+  * Keep your instructions short.
+  * Keep it in the registers; avoid memory, since memory generally can't
     keep up with the processor.
--   Don't jump.
+  * Don't jump.
 
 Of course, those are exactly the rules that apply to 8088 optimization
 as well. Isn't it convenient that the same general rules apply across