diff --git a/NOCList.playground/Contents.swift b/NOCList.playground/Contents.swift
index 71c2654..b5de15e 100644
--- a/NOCList.playground/Contents.swift
+++ b/NOCList.playground/Contents.swift
@@ -29,56 +29,124 @@ This message will self destruct in 5 seconds.
 */
 //: ## Step 1
 //: Create constants for each of the above agents and store all their information in a tuple.
-
+let agent1 = (coverName: "Ethan Hunt", realName: "Tom Cruise", accessLevel: 8, compromised: false)
+let agent2 = (coverName: "Jim Phelps", realName: "Jon Voight", accessLevel: 9, compromised: true)
+let agent3 = (coverName: "Claire Phelps", realName: "Emmanuelle Beart", accessLevel: 5, compromised: false)
+let agent4 = (coverName: "Eugene Kittridge", realName: "Henry Czerny", accessLevel: 10, compromised: true)
+let agent5 = (coverName: "Franz Krieger", realName: "Jean Reno", accessLevel: 4, compromised: false)
+let agent6 = (coverName: "Luther Stickell", realName: "Ving Rhames", accessLevel: 4, compromised: false)
+let agent7 = (coverName: "Sarah Davies", realName: "Kristin Scott Thomas", accessLevel: 5, compromised: true)
+let agent8 = (coverName: "Max RotGrab", realName: "Vanessa Redgrave", accessLevel: 4, compromised: false)
+let agent9 = (coverName: "Hannah Williams", realName: "Ingeborga Dapkūnaitė", accessLevel: 5, compromised: true)
+let agent10 = (coverName: "Jack Harmon", realName: "Emilio Estevez", accessLevel: 6, compromised: true)
+let agent11 = (coverName: "Frank Barnes", realName: "Dale Dye", accessLevel: 9, compromised: false)
 
 
 //: ## Step 2
 //: Place the above constants inside an array. Declare this array as a constant as well.
+let agentArray = [agent1, agent2, agent3, agent4, agent5, agent6, agent7, agent8, agent9, agent10, agent11]
 
 
 
 //: ## Step 3
 //: Create a function that calculates the total number of compromised agents. Inside the function, iterate over the array of agents to determine which ones are compromised. Return the total count.
-
-
-
+var totalAgents = 0
+
+func totalCompromisedAgents() -> Int {
+    
+    for agent in agentArray {
+        if agent.compromised == true {
+            totalAgents += 1
+            print("\(agent) is compromised")
+        }
+    }
+    return totalAgents
+}
 //: ## Step 4
 //: Call the above function to find the total number of compromised agents and then print a sentence that says "# agents have been compromised!" using string interpolation.
-
+let totalCompdAgents = totalCompromisedAgents()
+print("\(totalAgents) agents have been compromised")
 
 
 //: ## Step 5
 //: Create a function called "findCleanAgents" that both prints the cover names of all uncompromised agents, as well as returns an array of agents that are uncompromised.
+var cleanAgents: [String] = []
 
+func findCleanAgents() -> [String] {
+    
+    for agent in agentArray {
+        if agent.compromised == false {
+            cleanAgents.append(agent.coverName)
+            print(agent.coverName)
+        }
+    }
+    
+    return cleanAgents
+}
 
 
 //: ## Step 6
 //: Call the above function to find the total number of clean agents and print a message that says "# clean agents out of # total agents." Use the total number of agents in the array from step 2 as the second number in the string.
-
+findCleanAgents()
+print("\(cleanAgents.count) clean agents out of \(agentArray.count) total agents")
 
 
 //: ## Step 7
 //: Create a function called "findHighRisk" that prints out the real names and access levels of agents with level 8 or higher. If one of these agents is also currently compromised, add `**WARNING** **COMPROMISED**` to the end of the string that includes their name and access level.
 //: - Example: `Jon Voight, level: 9 **WARNING** **COMPROMISED**`
-
+func findHighRisk() {
+    for agent in agentArray {
+        if agent.accessLevel > 8 && agent.compromised {
+            print("\(agent.realName), \(agent.accessLevel) **WARNING** **COMPROMISED**")
+        } else {
+            print("\(agent.realName), \(agent.accessLevel)")
+        }
+    }
+}
 
 
 //: ## Step 8
 //: Call the above function and check the output in the console to ensure it is functioning properly.
-
+findHighRisk()
 
 
 //: ## Step 9
 //: Create a function that finds totals for low, mid, and high level agents. Low level agents are 4 or lower, mid are 5-7, and high level agents are 8 or above. Iterate over each agent and use a `switch` statement to determine their level group. At the end of the function, print a statement like the following: "# low level agents, # mid level agents, and # high level agents"
-
+func agentLevels() {
+    var lowAgents = 0
+    var midAgents = 0
+    var highAgents = 0
+    
+    for agent in agentArray {
+        switch agent.accessLevel {
+        case 1...4:
+            lowAgents += 1
+        case 5...7:
+            midAgents += 1
+        default:
+            highAgents += 1
+        }
+        print("\(lowAgents) low level agents")
+        print("\(midAgents) mid level agents")
+        print("\(highAgents) high level agents")
+    }
+}
 
 
 //: ## Step 10
 //: Call the above function and check its output in the console.
-
-
+agentLevels()
 
 //: ## Step 11 (Optional)
 //: Create and call a function that prints the cover names and access levels of all agents, but the list should be sorted by access level, in ascending order.
-
+func sortedAgentAccessLevels() {
+    
+    let totalAgents = agentArray.sorted(by: {$0.accessLevel > $1.accessLevel})
+    
+    for agent in totalAgents {
+        print("Agent: \(agent.coverName) Access Level: \(agent.accessLevel)")
+    }
+}
+
+sortedAgentAccessLevels()
 
diff --git a/NOCList.playground/playground.xcworkspace/xcuserdata/lambda_school_loaner_226.xcuserdatad/UserInterfaceState.xcuserstate b/NOCList.playground/playground.xcworkspace/xcuserdata/lambda_school_loaner_226.xcuserdatad/UserInterfaceState.xcuserstate
new file mode 100644
index 0000000..c10a041
Binary files /dev/null and b/NOCList.playground/playground.xcworkspace/xcuserdata/lambda_school_loaner_226.xcuserdatad/UserInterfaceState.xcuserstate differ