Answer:
The answer to this question is given below in the explanation section.
Explanation
Carly is part of a community of developers. In her free time, she works on code to improve this open-source operating system. The OS she's working on is most likely are:
- Linux
- OpenBSD
- FreeBSD
- NetBSD
- AROS
- Tock
- FreeDOS
- Dragonfly BSD
- Qubes OS
- Haiku
- Redox
- ReactOS
- Subgraph OS
- osv.io
- ToaruOS
- Mezzano
- House
- Minoca OS
- SOS
- PowerNex
- Interim OS
- KolibriOS
- MINIX
- HelenOS
- Sculpt
- Harvey
- illumos
- GeckOS/A65 V2.0
- Serenity
- GNU Hurd
- Plan 9
- AquilaOS
- Biscuit
- Xv6
These are the different opensource operating systems.
I'm not sure, but I think that C : topsoil removal <span>is caused by wind erosion. I hope it helps</span>
An active heat sync will keep a computer cool and basically cool the CPU and processors. A passive heat sink will only cool the CPU and whatever else it needs to cool when the CPU actually NEEDS to be cooled. I am not sure if this is all correct but I know about basic heat syncs and from my understanding this is right.
Answer:
<em>Internet backbone</em>
Explanation:
The internet backbone is made up of multiple networks from multiple users. It is the central data route between interconnected computer networks and core routers of the Internet on the large scale. This backbone does not have a unique central control or policies, and is hosted by big government, research and academic institutes, commercial organisations etc. Although it is governed by the principle of settlement-free peering, in which providers privately negotiate interconnection agreements, moves have been made to ensure that no particular internet backbone provider grows too large as to dominate the backbone market.
