MAC Addresses Quiz
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MAC Addresses Quiz

Test Your Knowledge: Dive into the World of MAC Addresses! Assess your understanding of Media Access Control (MAC) addresses with this engaging quiz.

MAC Addresses Quiz

Test Your Knowledge: Dive into the World of MAC Addresses! Assess your understanding of Media Access Control (MAC) addresses with this engaging quiz.

1 / 30

The MAC address of the source machine is always

Multicast

Broadcasst

Anycast

Unicast

2 / 30

Broadcast MAC address consist of

all 1’s in binary

All 0’s in binary

All 1’s in OUI

All 0’s in OUI

3 / 30

Find this MAC address is 01-00-5E-00-01-01

Multicast

Unicast

Broadcast

Anycast

4 / 30

Find this MAC address is 54-04-A6-3F-0B-00

Unicast

Multicast

Anycast

Broadcast

5 / 30

Find this MAC address is 08-00-27-RC-10-61

Unicast

Multicast

Anycast

Broadcast

6 / 30

Find this MAC address is 4A-30-10-19-10-1A

Unicast

Multicast

Broadcast

Anycast

7 / 30

Multicast mac address Prefix is always start with

01:00:5e

10:00:5e

01:00:e5

01:11:5e

8 / 30

Multicast reduces the waste of

Bandwidth

Processing power

Network congestion

Storage space

9 / 30

Mac is operate at which layer of OSI Model

Data Link Layer

Network Layer

Physical Layer

Application Layer

10 / 30

Mac is operate at which layer of OSI Model

2nd Layer

3rd Layer

4th Layer

1st Layer

11 / 30

Can a device have multiple MAC addresses?

Not possible

Possible

Only if the device has multiple network interfaces

Only if the device is a network router

12 / 30

NIC stand for

Network Interface Card

Network Information Controller

Network Integration Connector

Network Internet Channel

13 / 30

MAC assigned to each

Network interface

Motherboard

Network switch

Network cable

14 / 30

MAC stand for

Medium Access Control

Media Access Coordination

Media Access Control

Memory Access Control

15 / 30

MAC Address is of

16 bit

32 bit

48 bit

64 bit

16 / 30

Simulator interface of switches and router

universally administered MAC address

Locally administered MAC address

Virtually administered MAC address

None

17 / 30

Burned-in-Address of a device is

universally administered MAC address

Locally administered MAC address

Virtually administered MAC address

None

18 / 30

Identify U/L Bit Value of Mac address: 0a:1a:2b:3c:4d:5e

universally administered MAC address

Locally administered MAC address

Virtually administered MAC address

None

19 / 30

Identify U/L Bit Value of Mac address: 02:1a:2b:3c:4d:5e

universally administered MAC address

Locally administered MAC address

Virtually administered MAC address

None

20 / 30

If the 7th bit (the second digit in the first octet) is 1

universally administered MAC address

Locally administered MAC address

Virtually administered MAC address

None

21 / 30

If the 7th bit (the second digit in the first octet) is 0

universally administered MAC address

Locally administered MAC address

Virtually administered MAC address

None

22 / 30

Identify the below MAC address type

ba-12-aa-bb-cc-12

Anycast

Broadcast

Unicast

Multicast

23 / 30

Identify the below MAC address type

ab-cd-12-34-56-78

Anycast

Broadcast

Unicast

Multicast

24 / 30

If the 8^th bit of Mac Address is 1 (one) in binary,then that MAC address is known as

Unicast

Multicast

Broadcast

Anycast

25 / 30

If the 8^th bit of Mac Address is 0 (Zero) in binary,then that MAC address is known as

Unicast

Multicast

Broadcast

Anycast

26 / 30

Media Access Control (MAC) address is also known as:

Physical address
Burned-in-Address (bia)
Ethernet Hardware Address
Layer 2/Data Link Layer Address

i,ii,iii

i,ii,iii,iv

i,ii,iv

i,iii,iv

27 / 30

If a switch receives a frame with destination Mac address FF:FF:FF:FF:FF:FF it broadcast to

Same network

The switch's management interface

All devices within the same VLAN

All devices within the same subnet

28 / 30

Broadcast MAC address consist of

all A’s in Hexadecimal format

all E’s in Hexadecimal format

all F’s in Hexadecimal format

all C’s in Hexadecimal format

29 / 30

Which one is correct form of Broadcast MAC address

AA:AA:AA:AA:AA:AA

FF:FF:FF:FF:FF:FF

DD:DD:DD:DD:DD:DD

EE:EE:EE:EE:EE:EE

30 / 30

If a switch receives a frame with destination Mac address FF:FF:FF:FF:FF:FF

It discards the frame

It forwards the frame to a specific port based on the MAC address table.

It drops the frame due to an invalid MAC address.

It broadcasts the frame to all ports except the receiving port.

Your score is

The average score is 59%

0%

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