         for _ in 0..<30 {
             minutes.addTimeInterval(minute)
 
-            XCTAssert(formatter.clockFace(from: minutes) == ClockFaceEmoji.eleven)
-        }
-
-        for _ in 0..<30 {
-            minutes.addTimeInterval(minute)
-
-            XCTAssert(formatter.clockFace(from: minutes) == ClockFaceEmoji.elevenThirty)
+            XCTAssert(formatter.clockFace(from: minutes) == ClockFaceEmoji.eleven,
+                      "\(formatter.clockFace(from: minutes)) is not correct for \(minutes)")
+        }
+
+        for _ in 0..<30 {
+            minutes.addTimeInterval(minute)
+
+            XCTAssert(formatter.clockFace(from: minutes) == ClockFaceEmoji.elevenThirty,
+                      "\(formatter.clockFace(from: minutes)) is not correct for \(minutes)")
         }
 
         // 12 PM

        for _ in 0..<30 {
            minutes.addTimeInterval(minute)

            XCTAssert(formatter.clockFace(from: minutes) == ClockFaceEmoji.two)
        }

        for _ in 0..<30 {
            minutes.addTimeInterval(minute)

            XCTAssert(formatter.clockFace(from: minutes) == ClockFaceEmoji.twoThirty)
        }

        // 3 AM

        for _ in 0..<30 {
            minutes.addTimeInterval(minute)

            XCTAssert(formatter.clockFace(from: minutes) == ClockFaceEmoji.ten,
                      "\(formatter.clockFace(from: minutes)) is not correct for \(minutes)")
        }

        for _ in 0..<30 {
            minutes.addTimeInterval(minute)

            XCTAssert(formatter.clockFace(from: minutes) == ClockFaceEmoji.tenThirty,
                      "\(formatter.clockFace(from: minutes)) is not correct for \(minutes)")
        }
        
        // 11 PM
