diff --git a/worksheet.rb b/worksheet.rb
index 95b085d..88b29c1 100644
--- a/worksheet.rb
+++ b/worksheet.rb
@@ -1,28 +1,54 @@
 ########################################################
 # Step 1: Establish the layers
 
-# In this section of the file, as a series of comments,
-# create a list of the layers you identify.
-# Which layers are nested in each other?
-# Which layers of data "have" within it a different layer?
-# Which layers are "next" to each other?
+# layer one "rides" 
+# layer two "driver ID"
+# layer three "date"
+# layer four "cost"
+# layer five "rider ID"
+# layer six "rating for the ride"
 
 ########################################################
 # Step 2: Assign a data structure to each layer
 
-# Copy your list from above, and in this section
-# determine what data structure each layer should have
+# layer one "rides" 
+#       an array with the number of the ride (organized by date) corresponding to the hash containing the info on the ride
+# # layer two "driver ID"
+#       driver id is a symbol with the id corresponding as a value pair String
+# # layer three "date"
+#           date is a symbol with a string for the date (may need to be changed to specify by month?)
+# # layer four "cost"
+#         cost is a symbol with an integer for the value pair
+# # layer five "rider ID"
+#         rider id is a symbol and value pair is a string for the id
+# # layer six "rating for the ride"
+#         rating is a key symbol and the actual rating is an integer
 
-########################################################
-# Step 3: Make the data structure!
+#######################################################
+data = [
+  {driver_id: "DR0004", date: "3rd Feb 2016", cost: 5, rider_id: "RD0022", rating: 5},
+  {driver_id: "DR0001", date: "3rd Feb 2016", cost: 10, rider_id: 	"RD0003", rating: 3}, 
+  {driver_id: "DR0002", date: "3rd Feb 2016", cost: 25, rider_id: "RD0073", rating: 5},
+  {driver_id: "DR0001", date: "3rd Feb 2016", cost: 30, rider_id: "RD0015", rating: 4},
+  {driver_id: "DR0003", date: "4th Feb 2016", cost: 5, rider_id: "RD0066", rating: 5},
+  {driver_id: "DR0004", date: "4th Feb 2016", cost: 10, rider_id: "RD0022", rating: 4},
+  {driver_id: "DR0002", date: "4th Feb 2016", cost: 15, rider_id: "RD0013", rating: 1}, 
+  {driver_id: "DR0003", date: "5th Feb 2016", cost: 50, rider_id: "RD0003", rating: 2},
+  {driver_id: "DR0002", date: "5th Feb 2016", cost: 35, rider_id: "RD0066", rating: 3}, 
+  {driver_id: "DR0004", date: "5th Feb 2016", cost: 20, rider_id: "RD0073", rating: 5}, 
+  {driver_id: "DR0001", date: "5th Feb 2016", cost: 45, rider_id: "RD0003", rating: 2}]
 
-# Setup the entire data structure:
-# based off of the notes you have above, create the
-# and manually write in data presented in rides.csv
-# You should be copying and pasting the literal data
-# into this data structure, such as "DR0004"
-# and "3rd Feb 2016" and "RD0022"
+driver_ids = []
+data.each do |hash|
+  hash.each do |key, value|
+    if key == :driver_id
+      driver_ids << value
+    end
+  end
+end 
+driver_ids = driver_ids.uniq.sort
 
+  #average ratings driver one = 3 driver two = 3 driver 3 = 3 driver_4 = 4
 ########################################################
 # Step 4: Total Driver's Earnings and Number of Rides
 
@@ -31,4 +57,128 @@
 # - the total amount of money each driver has made
 # - the average rating for each driver
 # - Which driver made the most money?
-# - Which driver has the highest average rating?
\ No newline at end of file
+# - Which driver has the highest average rating?
+def rides_per_driver(rides)
+  dr_one_trips = 0
+  dr_two_trips = 0
+  dr_three_trips = 0
+  dr_four_trips = 0
+  
+  rides.each do |hash|
+    hash.each do |key, value|
+      if value == "DR0001"
+        dr_one_trips = dr_one_trips + 1
+      elsif value == "DR0002"
+        dr_two_trips = dr_two_trips + 1
+      elsif value == "DR0003"
+        dr_three_trips = dr_three_trips + 1
+      elsif value == "DR0004"
+        dr_four_trips = dr_four_trips + 1
+      end
+    end
+  end
+  
+  driver_trips = [dr_one_trips, dr_two_trips, dr_three_trips, dr_four_trips]
+  
+  puts "Driver DR0001 drove #{dr_one_trips} trips"
+  puts "Driver DR0002 drove #{dr_two_trips} trips"
+  puts "Driver DR0003 drove #{dr_three_trips} trips"
+  puts "Driver DR0004 drove #{dr_four_trips} trips"
+
+  return driver_trips
+end
+
+driver_trips = rides_per_driver(data)
+
+def total_money(rides, drivers)
+  dr_one_money = 0 
+  dr_two_money = 0
+  dr_three_money = 0
+  dr_four_money = 0
+  money_totals = []
+  
+  rides.each do |hash|
+    hash.each do |key, value|
+      if value == drivers[0]
+        dr_one_money = dr_one_money + hash.fetch(:cost)
+      elsif value == drivers[1]
+        dr_two_money = dr_two_money + hash.fetch(:cost)
+      elsif value == drivers[2]
+        dr_three_money = dr_three_money + hash.fetch(:cost)
+      elsif value == drivers[3]
+        dr_four_money = dr_four_money + hash.fetch(:cost)
+      end
+    end
+  end
+  
+  money_totals = [{driver_id: drivers[0], total: dr_one_money}, {driver_id: drivers[1], total: dr_two_money}, {driver_id: drivers[2], total: dr_three_money}, {driver_id: drivers[3], total: dr_four_money}]
+  
+  puts "Driver DR0001 made a total of $#{dr_one_money}"
+  puts "Driver DR0002 made a total of $#{dr_two_money}"
+  puts "Driver DR0003 made a toal of $#{dr_three_money}"
+  puts "Driver DR0004 made a total of $#{dr_four_money}"
+  
+  return money_totals
+end
+
+driver_money = total_money(data, driver_ids)
+
+def rating_average(rides, driver_trips, drivers)
+  dr_one_sum = 0
+  dr_two_sum = 0
+  dr_three_sum = 0
+  dr_four_sum = 0
+  
+  driver_sums = []
+ 
+  rides.each do |hash|
+    hash.each do |key, value|
+      if value == drivers[0]
+        dr_one_sum += hash.fetch(:rating)
+      elsif value == drivers[1]
+        dr_two_sum += hash.fetch(:rating)
+      elsif value == drivers[2]
+        dr_three_sum += hash.fetch(:rating)
+      elsif value == drivers[3]
+        dr_four_sum += hash.fetch(:rating)
+      end
+    end
+  end
+  
+  driver_sums = [dr_one_sum, dr_two_sum, dr_three_sum, dr_four_sum]
+  driver_avgs = []
+  i = 0
+  driver_trips.each do 
+    driver_avgs << driver_sums[i] / driver_trips[i]
+    i = i + 1
+  end
+   
+  driver_avg_hash = [{driver_id: drivers[0], avg: driver_avgs[0] }, {driver_id: drivers[1], avg: driver_avgs[1] }, {driver_id: drivers[2], avg: driver_avgs[2] }, {driver_id: drivers[3], avg: driver_avgs[3] }]
+
+  4.times do |i|
+    puts "Driver #{drivers[i]}'s rating average was #{driver_avgs[i]}"
+  end
+
+  return driver_avg_hash
+end
+
+avgs_rating = rating_average(data, driver_trips, driver_ids)
+
+def max_money(totals)
+  max_total = totals.max_by {  |k| k[:total] }[:total]
+  max_driver = totals.max_by { |k| k[:total]}[:driver_id]
+
+puts "The driver that made the most money was #{max_driver}. They made $#{max_total}" 
+  
+end
+
+max_money(driver_money)
+
+def max_rating_avg(rating)
+  max_rating = rating.max_by {|k| k[:avg]}[:avg]
+  max_driver = rating.max_by{|k| k[:avg]}[:driver_id]
+
+  puts "The driver with the highest average rating was #{max_driver} with #{max_rating} out of 5 stars"
+end
+
+max_rating_avg(avgs_rating)