diff --git a/src/PseudoChannelDatabase.py b/src/PseudoChannelDatabase.py
index 5045d41..aa14215 100644
--- a/src/PseudoChannelDatabase.py
+++ b/src/PseudoChannelDatabase.py
@@ -423,7 +423,7 @@ class PseudoChannelDatabase():
     def get_first_episode(self, tvshow):
 
         sql = ("SELECT id, unix, mediaID, title, duration, MIN(episodeNumber), MIN(seasonNumber), "
-                "showTitle FROM episodes WHERE ( showTitle LIKE ?) COLLATE NOCASE")
+                "showTitle, plexMediaID, customSectionName FROM episodes WHERE ( showTitle LIKE ?) COLLATE NOCASE")
         self.cursor.execute(sql, (tvshow, ))
         first_episode = self.cursor.fetchone()
         return first_episode
diff --git a/src/PseudoChannelRandomMovie.py b/src/PseudoChannelRandomMovie.py
index 08aaaf1..a97b11d 100644
--- a/src/PseudoChannelRandomMovie.py
+++ b/src/PseudoChannelRandomMovie.py
@@ -1,20 +1,20 @@
 """
 PseudoChannelRandomMovie
 
-In order to get a better randomization by avoiding movie repeates,
+In order to get a better randomization by avoiding movie repeats,
 this class helps get a random movie based on its "lastPlayedDate".
 A list of all the movies are passed into this class ordered by
 "lastPlayedDate". The function then runs through the array to 
 find the first movie that satisfies the delta of "lastPlayedDate"
-and "TIME_GAP_MONTHS". Then a new array with the rest of the movies
+and "TIME_GAP_DAYS". Then a new array with the rest of the movies
 that satisfy the condition is created. From there a random movie
 is picked and returned. If however, the function hits the end of the
 array of movies and the condition is not satisfied (all movies have
-been played more recently than the "TIME_GAP_MONTHS"), a random movie 
+been played more recently than the "TIME_GAP_DAYS"), a random movie 
 is then returned.
 
 For smaller movie libraries it'll be useful to calculate a reasonable
-"TIME_GAP_MONTHS".
+"TIME_GAP_DAYS".
 """
 import datetime
 import random