line the inside edges of the top-board's cutouts with elmer's glue using a toothpick.

apply a 1/4" thick strip of aluminum foil to the cutout so that it creates a conductive surface there. Set the top board aside for now.



lay down wires in the trenches of the bottom board. Each hole needs a wire to extend from it to the LED. Some electrical tape can hold the wires in place while you work, but take it out before sealing the boards together. in the game-board holes, leave 2cm of wire stripped which later will be bent to make secure contact with the aluminum foil sides.



under the spot where the LED goes, twist all of the wires together neatly so that they contact eachother, but are not making a big wire lump. twist this group of wires together with one prong of the LED.

The other prong of the LED extends out of the game board where it should be twisted to attach to the + electrode of the battery.

extend a wire from the - electrode of the battery and attach the wire to the tweezers with electrical tape such that there is firm contact between the copper wire and the metal of the tweezers. this is critical for current to pass when the game-piece hole sides are touched. Now by touching the tweezer to the foil lining any of the holes, you should complete the simple circuit lighting bender's "Problem" light.



Now fit the top board down over the bottom board. Once it fits snugly, use a little bit of extra foil and some more glue if necessary to securly attach the wire ends which are sticking out of the game piece holes to the foil lining the hole edges. Once this connection is made, Bender's "Problem" sensor will be fully armed, and fully operational.



using clear acrylic bonding solvent, bond the edges of the two boards together to ensure solid and durable construction of the game.





