About

Useful Variables:

- Coordinates of Paperclip, xPaperclip, yPaperclip, relative position south

- Coordinates of Sheet, xSheet, ySheet, relative position west

- Size of Sheet, xSizeS, ySizeS

Information:

- The string attached to the paperclip is already following the paperclip's coordinates

- Flipping of the magnet does nothing as it doesnt change anything in the actual experiment, just giving a variety

For Debugging:

TRmsg: "xSheet= "+_view._format(xSheet,"0.0")+"\nblockbymetal="+blockbymetal

TLmsg: "Type of Sheet [Iron, Wood, Plastic, Ceramic] = " + sheetType

BRmsg: "distance="+distance+"\nattractiveA="+attractiveA+"\nangle="+angle+"\nomega="+omega+"\ndx="+dx+"\ndy="+dy+"\ndistance2="+distance2

BLmsg: "thetao="+thetao+"\ntheta="+theta+"\nxPapercliptip="+xPapercliptip+"\nyPapercliptip="+yPapercliptip

 

Translations

Code	Language		Translator	Run

Credits

This email address is being protected from spambots. You need JavaScript enabled to view it.; Francisco Esquembre; Felix J. Garcia Clemente; Siti

Sample Learning Goals

[text]

For Teachers

 

Research

[text]

Video

Magnets - Activity 1: The Floating Paper  Clip by Delta Science Modules 

https://youtu.be/8TR4Qr9DxfQ?t=164

Demostration

 Version:

1. https://weelookang.blogspot.com/2020/07/floating-paperclip-simulation-html5.html

Other Resources

1. Need a Bar Magnet and Earth?
2. Need a Bar Magnet Field Line?
3. Need 2 Bars Magnet?
4. Need a 3D visualization of a Bar Magnet Field Line?
5. Need 2 Bar Magnets on a level surface for Primary School Science?
6. Need Riveting and Rotating Paperclip and Magnet to demonstrate magnetism passes through non-magnetic materials
7. Need Suspended Magnet with effects of Heating?
8. Need Stacking Ring Magnets?
9. Need More Simulations? Check this out!