how I can make six legged robot to turn left and right?
147563
Look at how a bug does it.\nThe side opposite the direction you wish to turn takes steps slightly longer than the side toward the turn.\nFor very quick turning, the legs take strides in opposite directions.
362160
Go to microchip.com for chip specifications. Have 6 outputs to LEDs. green/yellow/red for each direction. Make timing loops in basic. MIKE
900433
Discounting rotations and mirror images, there is only one way to make a magic square using the digits 1 through 9.  \n\nFirst, we can prove the 5 has to go in the middle:\n\nLet the numbers in the top row from left to right be a, b, and c.  Let the numbers in the middle row from left to right be d, e, and f.  (Note e is the middle box.)  Let the numbers in the bottom row from left to right be g, h, and i.     \n\nWe know a + b + c = 15 and g + h + i = 15\n\nWe also know a + e + i = 15, b + e + h = 15, and c + e + g =15.  Therefore, (a + e + i) + (b + e + h) + (c + e + g) = 15 * 3 = 45.  We can rearrange this to (a + b + c) + (g + h + i) + 3e = 45.  Since a + b + c = 15 and g + h + i = 15, that reduces to 15 + 15 + 3e = 45, or 3e = 15.  Therefore e (the middle box) must equal 5.   \n\nKnowing the middle box is 5, try 9 in a corner and you'll notice a problem - the 6, 7 and 8 can't all be placed in the square without the row or column with the 9 exceeding 15.  So, the 9 has to occupy a side box.  Since we are discounting rotations and mirror images, we can arbitrarily select box b for the 9.  This forces the placement of the 1 in box h.   \n\nWith the 9 and 1 now placed, the 8 and 6 have to go in the row with the 1.  So, we'll put the 8 in box g and the 6 in box i.  (We still haven't done anything to create a second square if rotations and mirror images are discounted.)  That forces the placement of the final four numbers.
805704
you have to be really good at something about robots to do that. Doing that is quite advanced.
648121
Maybe.\n\nIf the motor could turn both ways then simply reversing the polarity of the current flowing into it should do the job.  I suspect the motor could turn both ways just fine, whether the clock would be designed to prevent it from doing so is another matter.
406435
drag and drop it to where you want it to be
903289
u may built remote controlled toy. but as for the robots that is a tougher job. u may browse this site  http://www.robotics.com/robots.html
570754
mix my ex-mother-in-law with a blender... You will get a robot without emotions
395243
Check out A.L.I.C.E at www.pandorabots.com\nYou can talk to a pseudo AI there-the closest we've come.\nAlso check out the book(not the crappy movie) "I, Robot" by Isaac Asimov. He was the first to establish the "three rules" for AI that is still accepted today.  By the way, A.L.I.C.E. knows the three laws-just ask her.
63969
A hexagon has 6 sides.
811164
The "if,or,then" commands that give a robot protocol to follow in situations?
753244
Think of the wheels as spinning masses or revolving weights, in fact gyroscopes. \nEach wants to turn left or right while spinning but is constrained by it's axis,\nHowever both drift overtime.\nNow add another pair further back and wider apart, and this pair are not on the same line of travel.\nWith four wheels all wanting to drift the resultant direction becomes a straighter line.
832314
A really good site to look at for information like this is hard to find.  I suspect that one can do it using the robots.txt file and some of the metacommands that they respond to from it.  A place to start would be one of the URLs below or by searching the term robots.txt.  I hope this helps you find your answer.
529826
hold the light bulb with your left hand and spin the world clockwise with your right.
29970
Your best bet would be to purchase a robot kit somewhere. It would be far too difficult to make one yourself unless you had a thorough understanding of programming chips.\n\nAlthough if you want a very simple robot, try this: Find a switch, some wires, a battery, and a DC motor. Attatch the wires to the motor, and then to the switch. Place the battery in the circuit and then press the switch, and the motor will turn on. This is the basic principle of a robot, you can add multiple motors, timed switches, and eventually programmed chips to add more versatility and usefullness to the robot.
695273
Use the java.awt.Robot class.  It has the moveMouse() method.  Handy for automated testing, self-running demonstrations, etc.
959527
turn on your Numbers lock, then hold down Alt key then hit number♥ 3 on your key pad. try the other numbers, they have different shapes.Ü♦▬☺♥•○•☻