1. Students use a search engine to find information about who invented the microprocessor.
2. Students investigate the computer’s power management settings and create a report on what they discover.
3. Create a list of components and features that the student should consider when purchasing a computer. They then explain why they made these selections.
4. Students are to prepare a report on solid-state storage and how it works.
5. Students are to investigate teleconferencing technology.
6. Students are to compare solid-state storage to magnetic and optical storage media. They are to express an opinion indicating whether they think solid-state storage will replace the other types of storage.
Answer:
1.Back in 1968, Hoff, the inventor of the microprocessor, was one of the first twelve employees at Intel tasked to be a researcher for new technology.
2. Whether you are using a Mac or PC, a laptop or a desktop, your computer has power-management features that can help you save money, reduce your impact on the environment, and extend the life of your hardware.
3.
The Information Technology Unit (IT U) has developed a recommended minimum configuration for desktop, laptop, and notebook computers as a guide for purchasing computers to use at George Mason University.
- What should I ask for when buying a computer?
- Before purchasing a PC desktop, Laptop/Notebook, or Macintosh computer, check with your department to see if their requirements exceed these minimum requirements.
- Should I purchase a desktop, laptop or notebook computer?
- Students should examine their computing habits to determine whether a desktop, laptop, or notebook computer will best suit their needs.
- 4. Solid-state storage is a nonvolatile, removable storage medium that employs integrated circuits (IC). rather than magnetic or optical media. It is the equivalent of large-capacity, nonvolatile memory.
6.In case of magnetic storage, randomly distributed tiny magnets present in the magnetic coating gets aligned according to the frequency and voltage levels of the information/data to be stored, thus leaving a magnetic signature of the information fed in electrical form.