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Summary
This week in science, I learned about sampling rates from analog to digital waves. When an analog wave is processed by a computer and converted in a digital wave. This is processed through a certain bit-rate that decides how often the analog wave is sampled. The higher the bitrate, the higher the quality/ preciseness. This comes at a cost though. Because the bit-rate is being more and more accurate, it does cause it to be a larger file size. This takes up more space on digital media storage. There is also quite a difference between analog and digital waves. Analog waves are the direct rendition on the original sound, and when transformed in digital waves, they lose some of that original quality. This is mainly due to it being converted to a format that works off of a set rate that it collects data from the original sample from. This is what I learned this week in science.
S&EP - Using Models
In order to describe what it would be like to transform analog waves into digital waves, we took examples from slinkys. Using the slinkys, we were able to simulate what it was like when analog waves were transformed into digital waves.
XCC -
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