They become distorted.
yes easily if it got that far because the artoird belt is not like what you see in the movies. Each astorid is like a million miles apart so you could plot a random course and almost be sure that it wouldn't hit anything hope this helps
It's important to keep a constant temperature because materials expand or contract depending upon how hot they are. Should one region of the telescope become hotter than the rest, it will change it's shape more, and distort the mirror, reducing the clarity of any images.
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The first large asteriod, Ceres, was discovered by Giuseppe Piazzi.
images of poo get blurry
Editing pictures are easy if you have photoshop installed in your computer, such as CS4 Adobe photoshop, you can edit images and increase productivity on the fly.
astigmatism
Gimp can sharpen and is shareware
No! Canon Rebels are excellent for taking close-up images.
Yes, bitmap images can become pixelated when they are scaled up or enlarged beyond their original resolution. This occurs because bitmap images are made up of individual pixels, and increasing their size stretches these pixels, leading to a loss of clarity and sharpness. As a result, the image may appear blocky or blurry, especially at larger sizes. To maintain quality, it's best to use higher-resolution images or vector graphics for scaling.
Raster images lose quality when enlarged because they are made up of a fixed grid of pixels. When enlarged, the individual pixels become more visible, resulting in a blurry or pixelated image.
To improve the quality of a blurry family photo, you can try using photo editing software to sharpen the image, adjust the brightness and contrast, and reduce noise. Additionally, you can try using online tools or apps that specialize in enhancing blurry images.
It is always like this. Zooming in on an image always makes it more blurry and pixelized. The best thing to do is buy Topaz Vivacity and Zoom In and use the Topaz Enlarge filter
Vector images can be enlarged without becoming blurred because they are based on mathematical equations that allow them to be resized without losing quality. This is in contrast to raster images, such as JPEG or PNG files, which become blurry when enlarged because they are made up of a fixed grid of pixels.
Joseph Jackson Lister discovered in 1830 that using several weak lenses in combination could achieve high magnifications without producing blurry images. This eventually led to the development of the compound microscope.
Joseph Jackson Lister, an English scientist, discovered that using several weak lenses to create a compound microscope in 1830. This technique allowed for large magnifications without the distortion of blurry images.