#dc comics#batman#dc#bruce wayne#dc fanart#dick grayson#tim drake#batfamily#batfam
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fizx | zing | zip
fizx, zing, & zip flags.
suggested by anon. tagging @radiomogai, @blood-moon-night-coining, & @daybreakflags.
The Science Fair
Here is just video of a particular student playing our toy, it was a pretty competitive environment as everyone was trying to get a high score
Entry #10 1/15/19
Before the presentation, the conveyor belt did not work as we hoped it to be. As we were trying to figure out what happened, we used a new battery to power it up. As it proves that we just needed more amps to the motor, increasing it’s RPM. It worked perfectly as the video shows. Although it’s after the presentation, we think its performance in the science fair tomorrow would be great.
If you can't see the video the here is the link, because tumblr won't let us post it >:(
https://drive.google.com/open?id=1kKEeJu9OuesY1I-1I-rcjf3Ec946-Pn9
Entry #9 1/14/19
Today we brought the finished prototype design to school, overall other than a few minor tweaks to the conveyor belt. We mostly spent this day preparing for the presentation and the Science fair
ENTRY #8 1/6/19
Here is a video of the testing process, Now almost everything is put together and I have added a few dowel strips to the conveyor belt to “catch” the balls and have more grip.
Entry #7 1/5/19
We need some targets to aim at don't we? Well for out targets we got paper cups and attached to dowels and to the walls, we used different colored cups to represent different colored points. (Green = 1, Blue = 3, and Yellow = 5) each placed at different parts so each one has a different difficulty than the rest
Entry #6 1/3/19
Happy New Year! For this stage in the production of our toy, we have constructed a launcher so the player can launch the ball into the hoops. As you can see from the pictures, We used popsicle sticks and made the launcher using the spring from the clothespin and a bottle cap to hold the ball in place.
If you're wondering what the difference between the first and second image, the second image has a small pivot point that I drilled a wooden dowel into, so the player can pivot the launcher left and right
As the player presses down, the spring stores elastic potential energy and when that is released, the elastic potential energy is transferred into the ball in the form of kinetic energy
Through testing, we can launch the ball about 30cm+ laterally!!!
Entry #5 12/28/18
Later, on the same day, I decided to figure a way how to motor the conveyor belt. As you can see in the picture I attached a motor to the dowel connected to the conveyor belt using an excess amount of hot glue. Now, you might be asking “What’s with the stuff under the motor?” Well, the reason it is there is so that the motor is on the exact same level as the dowel so there is optimum energy transfer
