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Network Layer: Address Mapping, Error Reporting and Multicasting Multiple Choice Questions and Answers 1 PDF Download

Network layer address mapping, error reporting and multicasting multiple choice questions, learn computer networking online test prep 1 for free learning, online courses. Practice address resolution protocol multiple choice questions (MCQs), network layer address mapping, error reporting and multicasting quiz questions and answers. Learn address resolution protocol, ipv6 and ipv4 address space, pim software, igmp protocol, subnetting career test prep for online networking basics courses distance learning.

Study network layer address mapping, error reporting and multicasting career test with multiple choice questions, in address resolution protocol (arp), a packet is encapsulated directly into a, for online computer science degree with choices network frame, data link integer, network station, data link frame for online tutoring, subjective theory tests and online associate of science degree preparation. Practice skills assessment test for online learning address resolution protocol quiz questions with computer network MCQs for CISCO CCNA certifications competitive exam prep.

MCQ on Network Layer Address Mapping, Error Reporting & Multicasting Test 1Quiz PDF Download

MCQ: In Address Resolution Protocol (ARP), a packet is encapsulated directly into a

  1. Data link Integer
  2. Network Frame
  3. Network Station
  4. Data link Frame

D

MCQ: Address space of IPv4 is

  1. 4294967296
  2. 4294965796
  3. 4266496296
  4. 6294967296

A

MCQ: For multicasting between two noncontiguous multicast routers, we make a multicast

  1. Port
  2. Frame network
  3. Switch
  4. Backbone

D

MCQ: An Ethernet multicast physical address is in range of

  1. 01 :00:5E:00:OO:OO to 01:00:5E:7F:FF:FF
  2. 2 :00:5E:00:OO:OO to 01:00:5E:7F:FF:FF
  3. 3 :00:5E:00:OO:OO to 01:00:5E:7F:FF:FF
  4. 4 :00:5E:00:OO:OO to 01:00:5E:7F:FF:FF

A

MCQ: Subnetting is actually

  1. Microwave networks
  2. Sub division of networks
  3. Absolute network
  4. linear network

B