C952 ch2 wgu - Study guides, Class notes & Summaries

kilobyte 10^3 bytes megabyte 10^6 bytes gigabyte 10^9 bytes terabyte 10^12 bytes petabyte 10^15 bytes exabyte 10^18 bytes zettabyte 10^21 bytes yottabyte 10^24 bytes Moore's law The law that states that integrated circuit resources double every 18-24 months predictions abstractions characterize the design at different levels of representation lower level details are hidden --> simpler model at higher levels productivity technique for hardware and software

WGU C952 Ch2 Questions and Answers Already Passed kilobyte 10^3 bytes megabyte 10^6 bytes gigabyte 10^9 bytes terabyte 10^12 bytes petabyte 10^15 bytes exabyte 10^18 bytes zettabyte 10^21 bytes yottabyte 10^24 bytes Moore's law The law that states that integrated circuit resources double every 18-24 months predictions abstractions characterize the design at different levels of representation lower level details are hidden --> simpler model at higher levels productivity technique ...

kilobyte 10^3 bytes megabyte 10^6 bytes gigabyte 10^9 bytes terabyte 10^12 bytes petabyte 10^15 bytes exabyte 10^18 bytes zettabyte 10^21 bytes yottabyte 10^24 bytes Moore's law The law that states that integrated circuit resources double every 18-24 months predictions abstractions characterize the design at different levels of representation lower level details are hidden --> simpler model at higher levels productivity techniq

WGU C952 Ch2 questions and answers graded A+ to passkilobyte 10^3 bytes megabyte 10^6 bytes gigabyte 10^9 bytes terabyte 10^12 bytes petabyte 10^15 bytes exabyte 10^18 bytes zettabyte 10^21 bytes yottabyte 10^24 bytes Moore's law The law that states that integrated circuit resources double every 18-24 months predictions abstractions characterize the design at different levels of representation lower level details are...