Fix formatting

Author: remind-me-later

src/Audio_Registers.md

@@ -181,11 +181,11 @@ The pulse channels' period dividers are clocked at 1048576 Hz, once per four dot
 This makes their sample rate equal to <math><mfrac><mn>1048576</mn><mrow><mn>2048</mn><mo>-</mo><mi>period_value</mi></mrow></mfrac></math> Hz.
 with a resulting tone frequency equal to <math><mfrac><mn>131072</mn><mrow><mn>2048</mn><mo>-</mo><mi>period_value</mi></mrow></mfrac></math> Hz.
 
-- Period value $500 means -$300, or 1 sample per 768 input cycles
-  or (1048576 ÷ 768) = 1365.3 Hz sample rate
+- Period value $500 means -$300, or 1 sample per 768 input cycles  
+  or (1048576 ÷ 768) = 1365.3 Hz sample rate  
   or (1048576 ÷ 768 ÷ 8) = 170.67 Hz tone frequency
-- Period value $740 means -$C0, or 1 sample per 192 input cycles
-  or (1048576 ÷ 192) = 5461.3 Hz sample rate
+- Period value $740 means -$C0, or 1 sample per 192 input cycles  
+  or (1048576 ÷ 192) = 5461.3 Hz sample rate  
   or (1048576 ÷ 192 ÷ 8) = 682.67 Hz tone frequency
 
 Period value $740 produces a higher frequency than $500.
@@ -283,11 +283,11 @@ The wave channel's period divider is clocked at 2097152 Hz, once per two dots, a
 This makes their sample rate equal to <math><mfrac><mn>2097152</mn><mrow><mn>2048</mn><mo>-</mo><mi>period_value</mi></mrow></mfrac></math> Hz.
 with a resulting tone frequency equal to <math><mfrac><mn>65536</mn><mrow><mn>2048</mn><mo>-</mo><mi>period_value</mi></mrow></mfrac></math> Hz.
 
-- Period value $500 means -$300, or 1 sample per 768 input cycles
-  or (2097152 ÷ 768) = 2730.7 Hz sample rate
+- Period value $500 means -$300, or 1 sample per 768 input cycles  
+  or (2097152 ÷ 768) = 2730.7 Hz sample rate  
   or (2097152 ÷ 768 ÷ 32) = 85.333 Hz tone frequency
-- Period value $740 means -$C0, or 1 sample per 192 input cycles
-  or (2097152 ÷ 192) = 10923 Hz sample rate
+- Period value $740 means -$C0, or 1 sample per 192 input cycles  
+  or (2097152 ÷ 192) = 10923 Hz sample rate  
   or (2097152 ÷ 192 ÷ 32) = 341.33 Hz tone frequency
 
 Given the same period value, the tone frequency of the wave channel is generally half that of a pulse channel, or one octave lower.
@@ -313,18 +313,18 @@ Period changes (written to `NR33` or `NR34`) only take effect after the followin
   * Volume is set to contents of `NR32` initial volume.
   * Wave RAM index is reset, but its *not* refilled.
 
-:::warning RETRIGGERING CAUTION
+    :::warning RETRIGGERING CAUTION
 
-On monochrome consoles only, retriggering CH3 while it's about to read a byte from wave RAM causes wave RAM to be corrupted in a generally unpredictable manner.
+    On monochrome consoles only, retriggering CH3 while it's about to read a byte from wave RAM causes wave RAM to be corrupted in a generally unpredictable manner.
 
-:::
+    :::
 
-:::warning PLAYBACK DELAY
+    :::warning PLAYBACK DELAY
 
-Triggering the wave channel does not immediately start playing wave RAM; instead, the *last* sample ever read (which is reset to 0 when the APU is off) is output until the channel next reads a sample.
-([Source](https://github.com/LIJI32/SameSuite/blob/master/apu/channel_3/channel_3_delay.asm))
+    Triggering the wave channel does not immediately start playing wave RAM; instead, the *last* sample ever read (which is reset to 0 when the APU is off) is output until the channel next reads a sample.
+    ([Source](https://github.com/LIJI32/SameSuite/blob/master/apu/channel_3/channel_3_delay.asm))
 
-:::
+    :::
 
 - **[Length](<#Length timer>) enable** (*Read/Write*): Takes effect immediately upon writing to this register.
 - **Period** (*Write-only*): The upper 3 bits of the period value; the lower 8 bits are stored in [`NR33`](<#FF1D — NR33: Channel 3 period low \[write-only\]>).