Magnet Free-Fall and Gravitational Mass Experiment Guide
If you already have access to a 3D printer and CNC router you may skip directly to the Build Magnet Free-Fall Object step and proceed from there.
Setup a Creality Ender 3 V3 SE 3D Printer
- Used In:
-
- RFJ Workbench
- MPCNC Router
- Magnet Free-Fall Experiment
- RFJ Coil Winder
- RFJ Workbench
- MPCNC Router
- Magnet Free-Fall Experiment
- RFJ Coil Winder
Setup Octopi For Controlling Your 3D Printer
- Used In:
-
- Uploading Files
- Printing Files
- Controlling 3D Printer via Web Browser
- Uploading Files
- Printing Files
- Controlling 3D Printer via Web Browser
Advanced Calibration for Your 3D Printer
- Used In:
-
- Leveling the Print Bed
- Squaring the Z-Axis Gantry
- Decrease Vibration by Moving Spool Holder
- Leveling the Print Bed
- Squaring the Z-Axis Gantry
- Decrease Vibration by Moving Spool Holder
Build a Workbench
- Used In:
-
- Table for MPCNC Router
- Table for Shopvac
- Slideout Computer Drawer
- Shelf for 3D Printer
- Table for MPCNC Router
- Table for Shopvac
- Slideout Computer Drawer
- Shelf for 3D Printer
TBA: Build MPCNC Router
Used In:
-
- Magnet Free-Fall Experiment
- Gravitational Mass Experiment
- Magnet Free-Fall Experiment
- Gravitational Mass Experiment
Setup Octopi For Controlling Your MPCNC Router
- Used In:
-
- Uploading Files
- Milling Files
- Controlling MPCNC Router via Web Browser
- Uploading Files
- Milling Files
- Controlling MPCNC Router via Web Browser
Conduct Magnet Free-Fall Experiment
Determine if any combination of magnetic fields fall faster/slower than ordinary objects.
Conduct Gravitational Mass Experiment
Determine if any combination of magnetic fields cause the magnet objects to weigh more or less than each other.
