
Mirrors and Ray Diagrams for High School Science
Ray diagrams for plane, convex and concave mirrors
Matthew Craig · com.mygdx.mirrors
UpdatedMar 29, 2023
PublishedMar 29, 2023
Packagecom.mygdx.mirrors
MD52ac272eb2aa9264d6ff6837173ebd715
SHA1 (signer)21:50:71:FB:93:5B:AD:A4:C9:0F:29:4E:3E:BD:4D:E3:4D:FF:37:6F
Signed byCN=Android, OU=Android, O=Google Inc., L=Mountain View, ST=California, C=US
Architecturesx86, x86-64, armeabi, armeabi-v7a, arm64-v8a
Malware scanTRUSTED
Websitehttp://mattcraig.org
Contact[email protected]
What's new
Fixed a crash bug
Description
This simulation allows you to manipulate objects in front of plane, convex and concave mirrors, to see the resulting ray diagrams and images.
- Use the selector in the top left to change modes.
- Camera can be translate and zoomed by dragging and pinching.
PLANE mode:
- drag the arrow by the center
- rotate the arrow by either end
CONCAVE/CONVEX mode:
- drag the object by the top of the arrow
- move the mirrors by dragging their centers
- use the buttons to show rays, and a coin instead of an arrow
- change the focal length of the mirror with the curvature slider
REAL mode:
- use the button in the top right to switch objects between ray box, bulb, and triangle
- the objects can be dragged
- the bulb can be placed at the focal point of the mirror for parallel reflections
- the mirror can be rotated around to use the convex side
- the triangle object can be used to see how images would actually look in the mirrors
- Use the selector in the top left to change modes.
- Camera can be translate and zoomed by dragging and pinching.
PLANE mode:
- drag the arrow by the center
- rotate the arrow by either end
CONCAVE/CONVEX mode:
- drag the object by the top of the arrow
- move the mirrors by dragging their centers
- use the buttons to show rays, and a coin instead of an arrow
- change the focal length of the mirror with the curvature slider
REAL mode:
- use the button in the top right to switch objects between ray box, bulb, and triangle
- the objects can be dragged
- the bulb can be placed at the focal point of the mirror for parallel reflections
- the mirror can be rotated around to use the convex side
- the triangle object can be used to see how images would actually look in the mirrors
Required features
- Faketouch android.hardware.faketouch
- Screen Landscape android.hardware.screen.landscape