diff --git a/python/hello.py b/python/hello.py
index 154d35f..ed21fed 100755
--- a/python/hello.py
+++ b/python/hello.py
@@ -15,13 +15,13 @@ verinfo = subprocess.check_output(["git", "describe", "--abbrev=7",
 		"--dirty", "--always", "--tags"])
 
 # Obligatory Hello World with some version info
-print "Hello Python World!  Version: " +verinfo
+print("Hello Python World!  Version: {}".format(verinfo))
 
 # Show list of command line arguments
-print "Command line args: ",
+print("Command line args: "),
 for i in sys.argv[1:]:
-	print " " + i,
-print ""
+	print(" {}".format(i))
+print("")
 
 # Determine number of physical CPU sockets 
 if os.name == 'nt':
@@ -29,52 +29,52 @@ if os.name == 'nt':
 else:
 	socketcount = subprocess.check_output(["bash","-c",
             "(cat /proc/cpuinfo | grep 'physical id' | sort | uniq | wc -l)"])
-	print "CPU socket count: ", socketcount
+	print("CPU socket count: {}".format(socketcount))
 
 # print out our animals array in reverse-sorted order
-print "\nValue of animals array:"
+print("\nValue of animals array:")
 for i in sorted(animals, reverse=True):
-	print "item = " + i
+	print("item = " + i)
 	if (i == animals[0]):
-		print "   Condition is TRUE, \"" +i+ "\" == " + animals[0] 
+		print("   Condition is TRUE, \"" +i+ "\" == " + animals[0]) 
 	else:
-		print "   Condition is FALSE, \"" +i+ "\" != " + animals[0] 
+		print("   Condition is FALSE, \"" +i+ "\" != " + animals[0]) 
 
 # print our fruit_color dictionary (key/value pairs)
-print "\nValue of fruit_color hash:"
+print("\nValue of fruit_color hash:")
 for fruit,color in sorted(fruit_color.items(), reverse=True):
-	print fruit, " = ", color
+	print(fruit, " = ", color)
 
 # Read a non-existent environment variable and supply default value...
 some_env_var = os.getenv("PROBABLY_NOT_THERE", "Default Value")
-print "\nPROBABLY_NOT_THERE is set to '"+some_env_var+"'\n"
+print("\nPROBABLY_NOT_THERE is set to '"+some_env_var+"'\n")
 
 # Let's read in the PATH variable from the OS and print it out...
 path_env_var = os.environ['PATH']
-print "OS PATH var is set to: '"+path_env_var+"'\n"
+print("OS PATH var is set to: '"+path_env_var+"'\n")
 
 # Let's manipulate PATH variable and then restore it
-print "Adding :/test to PATH variable"
+print("Adding :/test to PATH variable")
 os.environ['PATH'] = os.environ['PATH'] + ":/test"
-print "OS PATH var is set to: '"+os.environ['PATH']+"'\n"
-print "Restoring original PATH value."
+print("OS PATH var is set to: '"+os.environ['PATH']+"'\n")
+print("Restoring original PATH value.")
 os.environ['PATH'] = path_env_var
-print "OS PATH var is set to: '"+path_env_var+"'\n"
+print("OS PATH var is set to: '"+path_env_var+"'\n")
 
 
 # Let's create the file test.out and write animals array to it...
-print "\nWriting test.out file..."
+print("\nWriting test.out file...")
 file = open("test.out", "w")
 for i in animals:
 	file.write(i+"\n")
 file.close()
 
 # Now open the file we wrote and read it back...
-print "\nContents of test.out file:"
+print("\nContents of test.out file:")
 file = open("test.out", "r")
 linenum = 1
 for line in file:
-	print "line "+str(linenum)+": "+line,
+	print("line "+str(linenum)+": "+line)
 	linenum += 1
 file.close()