Its a stimulated quiz of ccna 1 chapter 5 , i hope you like it
8 bits
16 bits
32 bits
64 bits
128 bits
The router interface does not have a default gateway.
The switch does not have an IP address and default gateway.
The workstation and server are on different logical networks.
The workstation does not know the MAC address of the switch.
first two octets
Third and fourth octets
Network portion
Host portion
Only the fourth octet
172.32.65.0
172.32.65.32
172.32.0.0
172.32.32.0
255.0.0.0
255.255.0.0
255.255.255.0
255.255.255.252
4
8
16
24
254
255
256
510
511
512
175.124
35.4
.4
124.35.4
175.124.35
10.1.1.1
172.32.5.2
192.167.10.10
172.16.4.4
192.168.5.5
224.6.6.6
A specific host
A group of host
The default gateway
The network broadcast address
The MAC address of the sending host
The MAC address of the destination host
An address that begins with 01-00-5E in hexadecimal
a 48-bit hexadecimal address expressed as FF-FF-FF-FF-FF-FF
Broadcast
Simulcast
Multicast
Unicast
MAC and IP addresses for the default router
IP address and subnet mask of the default gateway
MAC and IP addresses that correspond to a destination groupe
MAC and IP addresses that correspond to a specific destination host
The configuration is permanent and nothing changes.
The address lease is automatically renewed until the PC is returned.
The address is returned to the pool for reuse when the lease expires.
The configuration is held by the server to be reissued when the PC is returned.
ARP
DHCP
DNS
RARP
The source MAC address is 48 ones (FF-FF-FF-FF-FF-FF).
The destination IP address is 255.255.255.255.
The message comes from a server offering an IP address.
The message comes from a client seeking an IP address.
All hosts receive the message, but only a DHCP server replies.
Only the DHCP server receives the message.
IP address of the destination host
Public gateway IP address of the ISP
External IP address of the integrated router that connects to the ISP
Internal IP address of the integrated router that connects to the local network
Ensures that two networks separated by the Internet use unique IP network numbers
Allows internal hosts to communicate with servers across the Internet
Solves the issue of a finite number of available public IP addresses
Allows for ISPs to be able to quickly determine network location
Filters network traffic based on IP address ranges
Prevents external users from detecting the IP addresses used on a network
inspects traffic that might be harmful or used in an attack against the network
Translates IP addresses into easy-to-remember domain names
Packets that are sent to any destination need to be translated.
Packets that are sent to hosts on the same network need to be translated.
Packets that are sent to a destination outside the local network need to be translated.
Packets that are sent to a destination outside a local network do not need to be translated
Packets that are sent between hosts on the same local network do not need to be translated.
10.0.0.17
128.107.1.2
192.135.250.0
209.165.201.1
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