diff --git a/utility/continuum_sensitivity_calculator.html b/utility/continuum_sensitivity_calculator.html
index 8a904c2..0378ea8 100644
--- a/utility/continuum_sensitivity_calculator.html
+++ b/utility/continuum_sensitivity_calculator.html
@@ -160,11 +160,11 @@ <h1 style="font-family: Arial"> MeerKAT continuum sensitivity calculator </h1></
   <ul>
       <li> Declination = - 19 deg. For other declinations, predicted sensitivities and beam shapes will differ. </li>
 	  <li> The longest spacing is included in the array. The confusion noise may be higher depending on final synthesized beam size. </li>
-	  <li> The rolloff edges of the band have been trimmed prior to sensitivity estimation </li>
+	  <li> The rolloff edges of the band have been trimmed prior to sensitivity estimation. </li>
 	  <li> Core spacings have ~40% of the bandwidth flagged, which is likely to be a minimum under realistic L-band RFI conditions. </li>
-	  <li> 3% residual bandpass errors are included </li>
-	  <li> Residual secondary leakages of 0.1% are included </li>
-	  <li> Calibration errors stemming from a 100mJy/beam dominated field with pointing errors of 200asec are included </li>
+	  <li> 3% residual bandpass errors are included. </li>
+	  <li> Residual secondary leakages of 0.1% are included. </li>
+	  <li> Calibration errors stemming from a 100 mJy/beam dominated field with pointing errors of 200" are included. </li>
       <li> In general beams are elliptical; the indicated synthesized beam size is the minor axis. </li>
   </ul>
   <p><b>Important:</b></p>