BINARY
This is how binary is represented on a computer.
0's & 1's
This type of compression is reversible and loses no information.
Lossless
This error happens when your computer/program can only handle a certain amount of data.
Overflow Error
This type of law prohibits people from stealing someone's intellectual property.
Copyright Law
A real painting is this type of data.
Analog Data
This is 100 in binary.
1100100
This type of compression is not reversible and will result in data loss.
Lossy
This error is made by the computer presets and might cause calculations to be off.
Rounding Error
This system allows the public to establish rules for their intellectual property.
Creative Commons
A screensaver on a computer is this type of data.
Digital Data
How many number can you represent with 8 bits?
256
This is the type of compression you would use if sending student transcripts over the internet.
Lossless
How many bits would you need to assign 36 students individual seat numbers?
6 bits
This is what happens when you refuse to cite original work.
Plagiarism
This color is signified by a 1.
White/Light On
21
This is why we use any compression method.
Data Size Reduction / Smaller File Size
1/3 would result in this type of error.
Rounding Error
This type of work is available for all people to use. (_____ Source)
Open Source
This is the type of values used for colors on computers.
RGB Values / Hexadecimal
This is the base for hexadecimal.
Base - 16
This type of compression might occur for a 4k image when sending it over e-mail.
Lossy
If you only have 4 bits, what is the first value that would incur and overflow error.
16
Creative work will eventually enter this type of domain.
Public Domain
Sampling