Answer:
Bill Gates is a technologist, business pioneer, and altruist. He experienced childhood in Seattle, Washington, with a stunning and steady family who empowered his enthusiasm for PCs at an early age. He dropped out of school to begin Microsoft with his beloved companion Paul Allen. He wedded Melinda French in 1994 and they have three kids. Today, Bill and Melinda Gates co-seat the beneficent establishment bearing their names and are cooperating to give their riches back to society.
Bill experienced childhood in Seattle with his two sisters. His father, William H. Doors II, is a Seattle lawyer and one of the co-seats of the Bill and Melinda Gates Foundation. His late mother, Mary Gates, was a teacher, University of Washington official, and executive of United Way International.
Explanation:
This is just a short biography and not a full one.
Answer: Having the ability to change the source code to fit your needs
Explanation:
Resource allocation is a function performed by control programs that manages computer resources, such as storage and memory. It is necessary for any application to be run on the system because the computer is required to allocate certain resources for it to be able to run once the user opens any program.
Answer:
The correct answer to the following question will be "Adaptive Optics".
Explanation:
- AO (Adaptive Optics) is a technique used to enhance optical system performance by reducing the impact of incoming gravitational wave distortions by compressing a mirror to compensate for the distortion.
- It operates by calculating and compensating for defects in a wave-front with a system that corrects these errors as a deformable mirror or even a liquid crystal collection.
- It is a technique that can make it possible for a single ground-based telescope to get images as clear as that of the Hubble Space Telescope.
- Certain methods can achieve power resolution that exceeds the limit set by atmospheric distortion, for example, Aperture synthesis, Lucky imaging, and Speckle imaging.
Therefore, Adaptive Optics is the right answer.