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Make a Ghost That Spins!

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October 08, 2024 / DIY / STEM Activities / Exciting Electronics Robotics / Ages 9 - 12 / Spinning Ghost Science

Tempting sweets and dizzy little ghosts? Children will be thrilled by this incredibly clever science experiment! It combines Halloween crafts with scientific experimentation. This Halloween, let children experience the mysterious power of electromagnetic force.

  • Age: 9-12
  • Time: Less than 30 minutes
  • Mess Level: A bit messy

Materials Needed:

  • Printable materials
  • Scissors
  • Double-sided tape
  • Copper wire
  • Battery
  • Rubidium magnet
A pair of scissors, a roll of tape, a small battery, a length of copper wire, and a sheet of paper with drawn sweets and ghosts are arranged on a white surface, ready for a craft project.

Step-by-Step Instructions:

  1. Bend the copper wire into the shape shown in the image, ensuring the top indentation has a sharp point.
  2. Two hands carefully shape a piece of copper wire into a small frame, with other craft materials including batteries and scissors nearby on a white surface.
  3. Cut out the dizzy little ghost and sweets from the paper. You can choose your favourite sweets.
  4. A battery, a small magnet, a length of copper wire shaped into a rectangle, a roll of sticky tape, and some paper cut-outs of ghosts and sweets are laid out on a white surface.
  5. Apply double-sided tape to the cut-out ghost and sweets, and stick them on as demonstrated in the picture.
  6. Two hands hold a small copper wire frame, with a ghost cut-out attached, whilst a battery, magnet, and tape sit nearby on a white surface.
  7. Now your ghost, dizzy from the spinning sweets, is complete.
  8. A small, completed spinning ghost science model, featuring a ghost and sweets attached to a wire frame around a battery and magnet, sits on a white surface against a blue background.

    A simple homopolar motor, made with a battery, a magnet, and wire, spins with paper ghost and candy decorations attached, against a blue background.

The Science Behind It:

A cube-shaped frame made from black-polka-dotted straws, secured with red pipe cleaners, contains a clear soap bubble, with a straw extending from one corner.

When a bubble forms inside a cube-shaped mould, it's constrained by the mould's shape. The bubble adapts to the corners and edges of the mould, forming a cube-like shape. Once it loses the constraint of the frame, the bubble will either burst or return to a spherical shape.

Think about it: besides cube bubbles, what other shapes of bubbles can you create?

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