You want to find out how much weight your posicle bridge can hold before collpsing. So finding the weight of the bags of weights is very important to test your bridge. Then you will find out how much weight your posicle bridge can hold. ~be happy, life is good:)~
20 pounds
A truss bridge has the best weight to strength ratio.The triangulation of the popsicle sticks strengthens the whole bridge
Use a lot of sticks.
Use a truss design. Remember to use lots of triangles as they are the strongest geometrical shape, and also, if you are just testing only the strongest Popsicle stick bridge, use many reinforced Popsicle sticks (two or more popsicle sticks laid on-top of each other). Make your bridge as symmetrical as possible, as this well help your bridge endure more surface and joint tension.If you are using popsicle sticks for your deck as well, you should probably double layer it, then add a zigzag or triangles pattern of sticks on the bottom the deck, to further reinforce it. When you make joints with your popsicle sticks, make it look something like this: --------_______-------- <stick layout keep that pattern consistent, with out laying them in a stair type pattern. Think of those small sturdy bridges with wide, geometrical beams.
No
# buy the supplies (Popsicle sticks and glue) # sort the Popsicle sticks from bad ones to good ones. # pick a design (Arch. suspension and box girder) # Build street and support design # wait a day # connect the two # wait a day # build extras # wait 3 days # test bridge
2 pounds
They are bleached or otherwise treated to prevent breakdown. So composting will take quite a while. So my answer is- a Popsicle stick will take a long time to decompose.
Depends on the design of the bridge, and how the sticks are joined. In theory I could build a bridge of popsicle sticks that would support several tons of weight- but it would take a LOT of popsicle sticks.
Well I think Popsicle stick
use a popsicle stick
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