diff --git a/group.py b/group.py
index e2ec347..16c22b3 100644
--- a/group.py
+++ b/group.py
@@ -1,5 +1,58 @@
 """An example of how to represent a group of acquaintances in Python."""
 
-# Your code to go here...
+my_group = {
+    'Jill' : 
+    {
+        'Age' : 26,
+        'Job' : ['Biologist'],
+        'Connections' : {'Friend' : 'Zalika', 'Partner' : 'John'}
+    },
+    'Zalika' : 
+    {
+        'Age' : 28,
+        'Job' : ['Artist'],
+        'Connections' : {'Friend' : 'Jill'}
+    },
+    'John' : 
+    {
+        'Age' : 27,
+        'Job' : ['Writer'],
+        'Connections' : {'Partner' : 'Jill'}
+    },
+    'Nash' : 
+    {
+        'Age' : 34,
+        'Job' : ['Chef'],
+        'Connections' : {'Cousin' : 'John', 'Landlord' : 'Zalika'}
+    }
+    
+}
 
-my_group =
+### Issue 7 - Summary data from group ###
+def max_age(my_group=my_group,ages=[]):
+    for name in my_group:
+        ages.append(my_group[name]['Age'])
+    return(max(ages))
+
+def mean_relations(my_group=my_group,n_relations=0):
+    for name in my_group:
+        n_relations += len(my_group[name]['Connections'])
+    return n_relations/len(name)
+
+def max_age_with_relation(my_group=my_group,ages=[]):
+    for name in my_group:
+        if len(my_group[name]['Connections']) > 0:
+            ages.append(my_group[name]['Age'])
+    return(max(ages))
+
+def max_age_with_friend(my_group=my_group,ages=[]):
+    for name in my_group: 
+        if 'Friend' in list(my_group[name]['Connections'].keys()):
+            ages.append(my_group[name]['Age'])
+    return max(ages)
+
+
+print(max_age())
+print(mean_relations())
+print(max_age_with_relation())
+print(max_age_with_friend())