Projects Tagged with "optics"
Mirrors
By: ffred
Views: 352 | LoveIts: 12
Description: INSTRUCTIONS Choose the mirror and drag the candle BY THE SPOT LIGHT, to see how the image is being produced. With convex mirror, use the arrow keys instead of the mouse. INSTRUÇÕES Escolha o espelho e arraste a vela PELA CHAMA para ver como a imagem é produzida. No espelho convex ... show more
The physics of Camera Obscura
By: dapontes
Views: 277 | LoveIts: 8
Description: I used simple geometry to calculate the magnitude of the real image inside the camera obscura. For an introduction look at the goch's project "CameraObscura". Thanks to goch for the idea. Thanks to greenflash, who made the music "The Entertainer" by Scott Joplin.
convex mirrors
By: dapontes
Views: 237 | LoveIts: 11
Description: Ray diagrams for convex mirrors. Use arrows keys to change the position of the object. Click on object to change the magnitude. More information at wikipedia http://en.wikipedia.org/wiki/Curved_mirror
3D Triangle Shadow
By: eisaman
Views: 178 | LoveIts: 1
Description: Right and Left Arrow Keys Rotate Triangle
CameraObscura
By: goch
Views: 154 | LoveIts: 9
Description: Thanks to greenflash, who made the music "The Entertainer" by Scott Joplin. Thanks to dapontes for teaching me how to program the rays of light. Idea of catnip tea by Larry828. Drawing done with Google SketchUp7. I used Wikipedia and other websites: http://en.wikipedia.org/wiki/Pinhole_cam ... show more
reflection_mirror_2
By: dapontesgr
Views: 67 | LoveIts: 0
Description: Μια δεύτερη εφαρμογή της ανάκλασης. Με κλικ και σύρσιμο μπορείς: α) Να αλλάζεις τη θέση της μέλισσας β) Να τοποθετείς το κορίτσι σε όποιο σημείο της οθόνης επιθυμ ... show more
Plastic protractor
By: nevit
Views: 58 | LoveIts: 7
Description: Tension lines in plastic protractor seen under cross polarized light. When a ray of plane polarised light is passed through a photoelastic material, it gets resolved along the two principal stress directions and each of these components experiences different refractive indices. The difference in the ... show more
Symmetry_mirrors
By: dapontesgr
Views: 49 | LoveIts: 0
Description: Πρόκειται για ένα remix έργo στο οποίο πρόσθεσα ελλειπτική κίνηση στο αντικείμενο minifig καθώς και τη δυνατότητα αλλαγής του ρυθμού κίνησης με ένα μεταβολέα με τιμές μι ... show more
reflection_mirror1
By: dapontesgr
Views: 45 | LoveIts: 1
Description: Μια εφαρμογή του νόμου της ανάκλασης. Μπορείς να μετακινήσεις το αγόρι (με κλικ και σύρσιμο) σε όποια θέση της οθόνης επιθυμείς.
New_refraction
By: snikos_scratch
Views: 44 | LoveIts: 3
Description: Fermat's principle application in refraction of ligth.
off-focus parabolic reflection
By: DarthPickley
Views: 41 | LoveIts: 2
Description: related to a science project thing btw. adjust the offset sliders and press space. then move the mouse. it shows how a parabolic reflecting antenna dish thingy is innacurate in its reflection with different offsets from its focus. sequel to the other one
Simple Lens Formula
By: Obscuriosity
Views: 38 | LoveIts: 1
Description: This project was made to give a visual representation of the simple lens formula. 1/u+1/v=1/f u = object distance v = image distance f = focal length Set the known values with the sliders and then click on the icon of the unknown variable. use the sliders again to manipulate the diagram. Click th ... show more
3d Axis Rotation
By: wimerrill
Views: 33 | LoveIts: 1
Description: This is a simple x-axis rotation program, where it redraws the x-axis based on the angle you are viewing it at. Left arrow: turn to the left Right arrow: turn to the right The formula used by the project is y = x * sin(theta), where y is the percieved length, x is the length, and theta is the view ... show more
Right_angle_mirror (Remix)
By: dapontesgr
Views: 26 | LoveIts: 0
Description: Στη λευκή περιοχή μπροστά από τους δύο καθρέφτες μπορείς να σχεδιάσεις "μονοκονδυλιά" το σχήμα που επιθυμείς. ΟΔΗΓΙΕΣ 1.Πράσινο σημαιάκι για ξεκίνημα 2.Με κλι ... show more
mirror equation
By: stickmanstan
Views: 12 | LoveIts: 1
Description: This is a simulation of light coming from a single point on an object and creating an image (real or virtual) in a concave mirror. The three rays used in the diagram follow the rules for light encountering a concave mirror. 1.) Light rays travelling parallel along the principle axis reflect through ... show more
![The Brain "Flash"](/static/projects/laney272/2205839_sm.png "The Brain "Flash"")
The Brain "Flash"
By: laney272
Views: 5 | LoveIts: 0
Description: this is a trial test to see if the brain can process information better and/or more easily when under stress.
