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BasicExercises/IrSensor/index.html

@@ -1014,9 +1014,9 @@ <h2 id="assessed-exercise">Assessed Exercise</h2>
 <p>You should plot your results in a computer package, such as Excel or MATLAB, with the x-axis as the distance measured, and the y-axis as the <abbr title="Analogue to Digital Converter">ADC</abbr> measurement value. </p>
 <p><strong>Procedure:</strong></p>
 <ol>
-  <li> The starting point for this exercise is the <debughl><a href="../../RobotBuild#irSensor">circuit layout for the IR sensor</a></debughl> and the potentiometer code, <debughl><a href="../Ex1ledPattern#potInoCode">POT.ini</a></debughl> located at the end of the <debughl><a href="../Ex1ledPattern">LED pattern exercise</a></debughl>.</li>
+  <li> The starting point for this exercise is the <debughl><a href="../../RobotBuild#irSensor">circuit layout for the IR sensor</a></debughl> and the potentiometer code, <debughl><a href="../ledPattern#potInoCode">POT.ini</a></debughl> located at the end of the <debughl><a href="../ledPattern">LED pattern exercise</a></debughl>.</li>
 
-  <li> Write an Arduino sketch to read the analogue measurement value from the IR distance sensor and display the reading on the serial monitor. (It is acceptable to use a fresh copy of the <debughl><a href="../Ex1ledPattern/#potInoCode">POT.ini</a></debughl> as a template for this exercise.)</li>
+  <li> Write an Arduino sketch to read the analogue measurement value from the IR distance sensor and display the reading on the serial monitor. (It is acceptable to use a fresh copy of the <debughl><a href="../ledPattern/#potInoCode">POT.ini</a></debughl> as a template for this exercise.)</li>
 </ol>
 
 <p>Once you have the measured value of the distance sensor being streamed to the serial monitor, you will be required to plot the distance sensor measurement value against distance measured, (with a ruler/scale).</p>