Jan’s pinhole camera was created using a hexagonal box. It has six separate pinholes of the same diameter on each side of the box. Inside the camera, the film is wrapped around a cylinder, making it possible for Jan to expose the film from several angles. Pinhole Photography Principles and Calculations Learn the basic calculations and principles related to pinhole photography, to understand the optimal pinhole diameter, focal length and focal number of pinhole cameras. Make a Pinhole Camera Now it is time to be creative and make your own unique pinhole camera.
1. The problem statement, all variables and given/known data
It's not a specific problem, persay......
I'm working on a science lab and I'm supposed to be deriving the height of an image created by a pinhole camera. Since I'm in a condensed Physics course, we are expected to figure out formulas on our own. I keep finding this formula:
(height of image) / (height of object) = ( - distance of image) / (distance of object)
And since Di = Do, it should work.
The problem is, that formula is associated with curved mirror questions...a pinhole camera is something else. Will that formula work? It's the only one I can find to determine the height of image from distance of object and height of object.
I really need help with this, I'm completely stuck and I have no idea what's right and what isn't.
2. Relevant equations
3. The attempt at a solution
It's not a specific problem, persay......
I'm working on a science lab and I'm supposed to be deriving the height of an image created by a pinhole camera. Since I'm in a condensed Physics course, we are expected to figure out formulas on our own. I keep finding this formula:
(height of image) / (height of object) = ( - distance of image) / (distance of object)
And since Di = Do, it should work.
The problem is, that formula is associated with curved mirror questions...a pinhole camera is something else. Will that formula work? It's the only one I can find to determine the height of image from distance of object and height of object.
I really need help with this, I'm completely stuck and I have no idea what's right and what isn't.
2. Relevant equations
3. The attempt at a solution