How does a camera obscura differ from a regular camera? (1 point) Responses A regular camera does not capture images. A regular camera does not capture images. A camera obscura does not preserve images. A camera obscura does not preserve images. A regular camera cannot be made of cardboard. A regular camera cannot be made of cardboard. A camera obscura is a much more complex machine
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A camera obscura is a much more complex machine.
A camera obscura is a much more complex machine
The answer to this question is: A camera obscura is a much more complex machine.
To understand the difference between a camera obscura and a regular camera, it's essential to know the basic principles behind them.
A regular camera, also known as a digital camera or film camera, captures and preserves images using a combination of optics, electronics, and light-sensitive materials. It consists of a lens, a shutter, and an image sensor or film. When you press the shutter button, the camera allows light to enter through the lens, which focuses the light onto the image sensor or film to create an image. The image is then processed and stored digitally in the case of a digital camera or chemically on film in the case of a film camera.
On the other hand, a camera obscura is an optical device that projects an external scene onto a surface inside a darkened room or box. The term "camera obscura" is Latin for "dark room." It operates on the principle of light traveling in straight lines. A small hole or aperture on one side of the camera allows light to pass through and creates an inverted image of the outside world on the opposite surface.
The main difference between a regular camera and a camera obscura lies in their purpose and complexity. A regular camera is specifically designed to capture and preserve images, allowing them to be viewed, shared, or printed afterward. It offers various features, settings, and advanced technology to enhance image quality, focus, exposure, and customization.
On the other hand, a camera obscura is more of an optical device or a simple apparatus for projection. It does not have the capability to preserve images on its own. Its primary use is for understanding the optics of light and observing an external scene in real-time. In terms of complexity, a camera obscura can indeed be a more complex machine, depending on its design and construction. It can be built as a small portable device or a larger installation, with more intricate optical systems and projection surfaces.
So, in summary, a regular camera captures and preserves images using optics, electronics, and light-sensitive materials, while a camera obscura functions as an optical device to project external scenes onto a surface without preserving the image. The camera obscura is generally simpler in terms of functionality but can be more complex in terms of design and construction.