minor typo

Author: danielweck

css3-speech/Overview.html

@@ -2246,14 +2246,14 @@ <h3 id=voice-props-voice-pitch><span class=secno>10.3. </span>The &lsquo;<a
      value. The syntax of allowed values is a &lt;<a
      href="#number-def">number</a>&gt; followed immediately by "st"
      (semitones). A semitone interval corresponds to the step between each
-     note on a equal temperament chromatic scale. A semitone can therefore be
-     quantified as the difference between two consecutive pitch frequencies
-     on such scale. The ratio between two consecutive frequencies separated
-     by exactly one semitone is the twelfth root of two (approximately
-     1.05946). As a result, the value in Hertz corresponding to a semitone
-     offset is relative to the initial frequency the offset is applied to (in
-     other words, a semitone doesn't correspond to a fixed numerical value in
-     Hertz).</p>
+     note on an equal temperament chromatic scale. A semitone can therefore
+     be quantified as the difference between two consecutive pitch
+     frequencies on such scale. The ratio between two consecutive frequencies
+     separated by exactly one semitone is the twelfth root of two
+     (approximately 1.05946). As a result, the value in Hertz corresponding
+     to a semitone offset is relative to the initial frequency the offset is
+     applied to (in other words, a semitone doesn't correspond to a fixed
+     numerical value in Hertz).</p>
 
    <dt> <strong>&lt;percentage&gt;</strong>
 
@@ -2394,14 +2394,14 @@ <h3 id=voice-props-voice-range><span class=secno>10.4. </span>The &lsquo;<a
      value. The syntax of allowed values is a &lt;<a
      href="#number-def">number</a>&gt; followed immediately by "st"
      (semitones). A semitone interval corresponds to the step between each
-     note on a equal temperament chromatic scale. A semitone can therefore be
-     quantified as the difference between two consecutive pitch frequencies
-     on such scale. The ratio between two consecutive frequencies separated
-     by exactly one semitone is the twelfth root of two (approximately
-     1.05946). As a result, the value in Hertz corresponding to a semitone
-     offset is relative to the initial frequency the offset is applied to (in
-     other words, a semitone doesn't correspond to a fixed numerical value in
-     Hertz).</p>
+     note on an equal temperament chromatic scale. A semitone can therefore
+     be quantified as the difference between two consecutive pitch
+     frequencies on such scale. The ratio between two consecutive frequencies
+     separated by exactly one semitone is the twelfth root of two
+     (approximately 1.05946). As a result, the value in Hertz corresponding
+     to a semitone offset is relative to the initial frequency the offset is
+     applied to (in other words, a semitone doesn't correspond to a fixed
+     numerical value in Hertz).</p>
 
    <dt> <strong>&lt;percentage&gt;</strong>
 

css3-speech/Overview.src.html

@@ -1789,13 +1789,13 @@ <h3 id="voice-props-voice-pitch">The 'voice-pitch' property</h3>
       <dd>
         <p> Specifies a relative change (decrement or increment) to the inherited value. The syntax
           of allowed values is a &lt;<a href="#number-def">number</a>&gt; followed immediately by
-          "st" (semitones). A semitone interval corresponds to the step between each note on a equal
-          temperament chromatic scale. A semitone can therefore be quantified as the difference
-          between two consecutive pitch frequencies on such scale. The ratio between two consecutive
-          frequencies separated by exactly one semitone is the twelfth root of two (approximately
-          1.05946). As a result, the value in Hertz corresponding to a semitone offset is relative
-          to the initial frequency the offset is applied to (in other words, a semitone doesn't
-          correspond to a fixed numerical value in Hertz). </p>
+          "st" (semitones). A semitone interval corresponds to the step between each note on an
+          equal temperament chromatic scale. A semitone can therefore be quantified as the
+          difference between two consecutive pitch frequencies on such scale. The ratio between two
+          consecutive frequencies separated by exactly one semitone is the twelfth root of two
+          (approximately 1.05946). As a result, the value in Hertz corresponding to a semitone
+          offset is relative to the initial frequency the offset is applied to (in other words, a
+          semitone doesn't correspond to a fixed numerical value in Hertz). </p>
       </dd>
       <dt>
         <strong>&lt;percentage&gt;</strong>
@@ -1929,13 +1929,13 @@ <h3 id="voice-props-voice-range">The 'voice-range' property</h3>
       <dd>
         <p> Specifies a relative change (decrement or increment) to the inherited value. The syntax
           of allowed values is a &lt;<a href="#number-def">number</a>&gt; followed immediately by
-          "st" (semitones). A semitone interval corresponds to the step between each note on a equal
-          temperament chromatic scale. A semitone can therefore be quantified as the difference
-          between two consecutive pitch frequencies on such scale. The ratio between two consecutive
-          frequencies separated by exactly one semitone is the twelfth root of two (approximately
-          1.05946). As a result, the value in Hertz corresponding to a semitone offset is relative
-          to the initial frequency the offset is applied to (in other words, a semitone doesn't
-          correspond to a fixed numerical value in Hertz).</p>
+          "st" (semitones). A semitone interval corresponds to the step between each note on an
+          equal temperament chromatic scale. A semitone can therefore be quantified as the
+          difference between two consecutive pitch frequencies on such scale. The ratio between two
+          consecutive frequencies separated by exactly one semitone is the twelfth root of two
+          (approximately 1.05946). As a result, the value in Hertz corresponding to a semitone
+          offset is relative to the initial frequency the offset is applied to (in other words, a
+          semitone doesn't correspond to a fixed numerical value in Hertz).</p>
       </dd>
       <dt>
         <strong>&lt;percentage&gt;</strong>