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Wood dowels- ( length- 20 cm) (width- 9 cm)

Mousetrap- (length- 9.8 cm ) (width- 4.6 cm )

String- (lehgth-) (width-)

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- saw
- hot glue gun

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In order for my mousetrap car to work I will use a mousetrap as a motor and a string to wind it up. When I release the mousetrap pole the string will slowly unwind and make the wheels turn.

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My mousetrap car will use CD's as wheels, mousetrap as a motor, rolled paper as a base for the mouse trap, hot glue to keep it together, and string to wind up the motor.

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February Monday 4- Work on Brainstorm, procedure, to-do list, and materials
February Monday 11- missed class
February Monday 18- missed class
February Monday 25- missed class
March Monday 4- planning
March Monday 11- march break
March Monday 18- march break
March Monday 25- adding to padlet
April Monday 1- Start building
April Monday 8-
April Monday 15-
April Monday 22-
April Monday 29-
May Monday 6-
May Monday 13-
May Monday 20-
May Monday 27-

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Step 1- Get all materials
Step 2-
Step 3- Make a rectangle using two long rolls and two shorter ones
Step 4- Stick wooden dowels through the paper rolls
Step 5- Tape a square piece of paper over the CD hole
Step 6- Drill a hole through the paper (big enough for the wooden screwer to fit through
Step 7- Attach the CD's onto the front axel and secure with glue
Step 8- Place a small paper roll in the middle of the large rectangle (base for mouse trap)
Step 9- Attach two small rectangle on to the back axel making sure that there is a space in between them
Step 10- Thread a wooden dowel through it and repeat Step &
Step 11- Attach a dowel to the mouse trap with hot glue
Step 12- attach a string to that dowel and roll in between the space with the two small rectangles

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Mousetraps in Motion - Sick Science! #087

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Read the full experiment at http://www.stevespanglerscience.com/experiment/mousetraps-in-motion Use the spring-loaded action of a mousetrap to make a real working car. A mousetrap is a stellar example of converting potential energy to kinetic energy. The spring of the mousetrap is held back with a bunch of potential energy and, once released, snaps forward in a burst of kinetic energy.

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- mouse trap
- 4 CD's
- hot glue
- paper
- wood dowels