Answer: b) R1 will connect to a physical Ethernet link, with the other end of the cable connected to a device at the WAN service provider point of presence.
.d) R1 will forward data link frames to R2 using an Ethernet header/trailer.
Explanation:
Here we have to understand what is MLPS. MLPS is a protocol which identifies the shortest route for the transfer of messages between routers instead of the longest route.
Here we are given a WAN which is a wide area network. Using layer 2 Ethernet service the frames are transmitted across the routers within the WAN.
Option A is incorrect as as connecting the other end of the cable to the R2 would reduce the functionality of the WAN. Option C is incorrect as HDLC header trailer has no effect.
Option B and D are correct as Ethernet header/ trailer has the same size every frame and to maintain the functionality of the WAN one end must be connected to point of presence(PoP).
Answer:
The digital footprint that is had behind can have repercussions in every aspect of your adolescent's life, conceivably bringing about botched occupation chances, public sharing of individual data, destroyed connections
Explanation:
Digital trail what's left behind as you calmly peruse the web, post via web-based media or even sort into a visit administration. Regardless of whether you're mindful, you add to your advanced impression or profile every day when you sign onto the Internet. The sites you visit, the news posts you remark on, the remarks you leave via web-based media stages—every one of these things meet up to make a representation of your online life.
The digital footprint that is had behind can have repercussions in every aspect of your adolescent's life, conceivably bringing about botched occupation chances, public sharing of individual data, destroyed connections — or, in what is likely more pertinent to them at this moment: Their folks discovering what they've been up to and along these lines being rebuffed.
False. It was Nintendo behind the creation of Super Mario Bros.
Answer:
64 K bytes = 65536 bytes
32 M bytes = 33554432 bytes
Explanation:
The question expect the number of bytes in binary instead of decimal. So this is important to understand that:
- 1K bytes = 1024 bytes (in binary)
Therefore,
- 64 Kb = 64 x 1024 = 65536 bytes
Using the similar calculation logic, we know
- 1M bytes = 1024 x 1024 = 1048576 bytes (in binary)
Therefore,
- 32 M bytes = 32 x 1048576 = 33554432 bytes
Your answer would be D, graphical user interface. Hope this helps!
