Answer:
H1 tag and LI tag
hopefully it will help you
<span>Install a video card into a slot on the motherboard
Since you're wanting to install a new video card in your computer, let's look at the provided options and see what makes sense.
Install a video card into a socket on the motherboard
* Most motherboards have sockets that you can use to replace the processor or increase the amount of RAM they have. So plugging a video card into a socket doesn't make sense in this context.
Install a video card into a slot on the motherboard
* Most motherboards have expansion slots that you can plug in new devices and cards such as video cards, audio cards, etc. This makes sense in the context of you adding a new video card to your computer and is the correct choice.
Install a video card into a port on the motherboard
* Ports are generally used to attach external devices for the computer to communicate with. Some examples would be serial ports, or USB ports. The video card you're adding will likely have some video ports such as HDMI, DVI, or other types to connect to the monitor, but as mentioned, ports are generally used to communicate with devices EXTERNAL to the computer. So this is a bad choice.
Install a video card into a chipset on the motherboard
* The chipset on a motherboard is the set of support chips to provide the processor with access to the bus controlling data traffic on the motherboard between expansion slots, I/O devices, RAM, etc. Motherboards are generally designed around a chipset and you can not replace the chipset to upgrade the motherboard. So this is the wrong answer.</span>
Answer:
An operating system inside a virtual machine
Smart TVs
Explanation:
We can explain an embedded systems like a system within other system, in this case we have two examples, the smart TV have an operative system in some cases an Android system, and this system is within the television system, the virtual machine is the same concept, we can have an Android system running in a windows system.
Answer:
This course qualitatively and quantitatively examines computer design trade-offs, teaches the fundamentals of computer architecture and organization, including CPU, memory, registers, arithmetic unit, control unit, and input/output components.
Explanation:
it can be difficult. For me it was one of the most challenging classes but also one of the my most interesting ones. You gain an understanding of what occurs at 7 different layers of abstraction (similar in theory to the OSI model used in networking but different). It can be hard
